Kong Posh

The Fat Hen

2026-11-08T02:50:00.000+00:00

The Fat Hen

(Gilayaie)

She was a fat hen; there was no denying it. Not the plump, prosperous kind of fat that speaks of grain bins overflowing and a farmer’s soft heart. No, hers was a weary fat, a settled fat, the heavy-bodied resignation of a creature who had seen too many springs and hatched too few of them. Her feathers, once a russet bronze, had dulled to the colour of old mud, and her comb flopped over one eye like a stained, forgotten bonnet. She walked sideways, a slow, teetering crabwalk, as if the world were a tilting deck and she had long ago lost her sea legs.

The boy found her at the border of the woods, where the thin, frost-bitten grass gave way to the dark, breathing loam of the trees. He was not supposed to be there. He was supposed to be collecting kindling, but the afternoon had a hushed, amber quality that invited loitering, and the hen was a peculiar sight. Most creatures fled a small, noisy human. This one merely paused, swivelled a rheumy eye in his direction, and continued her sideways pilgrimage.

“Where will you go, O’ fat Hen?” he called out, the words emerging in a singsong he hadn’t intended. It was the shape of her, perhaps, that demanded a rhyme.

The hen stopped. A leaf, brown and skeletal, skittered over her foot. She did not look at him, but at the low, tangled line of the drystone wall that marked the boundary of Old Man Prendergast’s farm. “Going to the farm,” she clucked, her voice a dry rustle, like husks shaken in a sack.

The boy crept closer, drawn by the sound. He had heard hens cluck and squawk and shriek their egg-laying triumphs, but he had never heard one speak in that low, dusty monotone, a voice worn smooth as a river stone. “Why are you going to the farm, O’ fat Hen?”

For a long moment, she was silent. A crow shouted something rude from a birch branch and flew away. The hen shivered, a single, convulsive ripple that started at her beak and ended at the sad, limp fan of her tail. “To give warmth to the eggs,” she said at last. “So that they hatch.”

The boy felt a strange, hollow click in his chest. He thought of his own mother, who smelled of yeast and woodsmoke, who tucked the quilt under his chin on winter nights. Warmth. He understood warmth. “How many eggs have you, O’ fat Hen?”

She had resumed her sideways walk, a step, a pause, a step. Her feet were scaly and yellow, like tiny dragon’s claws. “Eleven or twelve,” she muttered, and the words seemed to cost her something. She said them not as a boast, but as a confession.

The boy trotted alongside her, matching her slow, awkward pace. The farm loomed closer, its barn a great, shadowed jaw, its hayricks like sleeping yellow beasts. A reckless, greedy thought bloomed in him, the kind that only children and kings can entertain without shame. He stepped directly into her path, forcing her to halt.

“Give one egg to me, O’ fat Hen.”

The effect was immediate and terrifying. The hen’s sideways gait ceased. She pulled herself up, and for a single, shocking moment, she was not fat or weary or old. She was a feathered column of fury. Her neck stretched out, thin and reptilian, and her eyes—those small, wet, black buttons—ignited with a fierce, dry fire.

“By god,” she rasped, and the words came out as a scalding whisper. “I have none.”

The boy stepped back, stung less by the refusal than by the violence of it. The air between them seemed to curdle. “But you said eleven or twelve,” he whispered, pointing a grubby finger. “What happened to the eggs, O’ fat Hen?”

The fire in her eyes did not die. It turned inward, a low, smoldering grief. She looked past him, toward the dark mouth of the barn, toward the places where foxes creep and rats scuttle and the cold indifference of the world seeps through the gaps in the walls. Her comb, that flopped-over bonnet, trembled.

“God’s curse!” she says.

And the boy, standing at the edge of the woods with the kindling forgotten at his feet, felt the afternoon grow suddenly, profoundly cold. He understood then that he had not been speaking to a hen at all, but to a small, feathered chronicle of loss. The eleven or twelve were ghosts. The warmth she carried was the memory of a warmth she had failed to keep. She walked sideways not by choice, but because the weight of her empty nest had pulled her off course, turning her toward the farm, toward the same dry straw, the same hopeless duty, the same god whose curse was simply this: to make a mother, and to give her nothing to mother but the cold shape of what she had already lost.

He stepped aside. The fat hen passed. And as she disappeared into the long shadow of the barn, she was already murmuring again, a soft, rhythmic clucking that might have been a lullaby, or might have been a prayer, or might have been the slow, aching count of all the eggs that never felt a thing. *Eleven or twelve. Eleven or twelve. *

Fat hen

Where will you go, you fat old hen,

Walking sideways, past the glen?

I go to the farm, the warm hay bed,

To give my eggs the heat I've spread.

How many eggs do you keep?

Eleven or twelve in a nest so deep.

Then give me one, dear hen, I plead.

By God, I have none—not one small seed.

What stole your eggs, what cruel design?

She sighs, *God's curse! *—and that is mine.

…

Kotui gachak Gilliyae Beri beri khah

Kya karni gilliyae

Thoolan dini Pha

Kachi chi gillai

Kaah kina bah

Akha dita gilliyae

Khodayas path kanh

Kahai gokh gillai

Khodayas kharan raah

Euclid-c.300 BC

2026-11-07T20:28:00.000+00:00

Euclid (c. 300 BC) **

Euclid was a Greek mathematician who is often called the "Father of Geometry." He lived in a time when mathematics was just beginning to be organised into a proper system. While he didn't discover all the rules himself, his greatest gift was organizing them. He collected all the known geometry and number theory of his time and wrote them down in a very clear and logical way in his most famous book, *The Elements*. This book was so good that it was used as a standard textbook for over 2,000 years! He taught at the great university in Alexandria, Egypt.

Story: The Coin for the Student

Long, long ago, in the bustling city of Alexandria in Egypt, there lived a very smart man named Euclid. He was a Greek mathematician, and he loved shapes, lines, and angles more than anything in the world. People call him the **Father of Geometry** because he was the first to write down all the rules about them in a famous book.

Euclid was also a teacher. He ran a school in Alexandria where young men came to learn the secrets of numbers and shapes. But Euclid was a special kind of teacher. He wasn't just interested in making his students memorise facts; he wanted them to understand *why* things were true.

One afternoon, a student raised his hand with a sigh. "Master Euclid," he complained, "I don't see the point of all this. What use are these triangles and circles? I can't buy bread with them. How will learning this ever help me get rich or have an easier life? I am learning, but I gain nothing from it."

The other students went quiet, and everyone looked at Euclid. Euclid didn't get angry. He just smiled a small, knowing smile. He quickly called his helper over and whispered something in his ear. The helper nodded and hurried away.

A moment later, the helper returned and placed a shiny coin in the student's hand.

The student was confused. "What is this for?"

"Because," Euclid said gently, "you must make a gain out of what you learn. If you cannot see the gain in knowledge itself, then let this be your gain for today's lesson."

The student blushed. He looked at the small coin in his hand, and then at his teacher. Suddenly, he felt a little silly. He realised that the real gain from learning wasn't a coin, but the power of understanding. Euclid was teaching them that geometry isn't just about lines and shapes; it's about learning how to think, to reason, and to measure the world. The very word "geometry" comes from the Greek words "geo" (Earth) and "metron" (measurement), because it first began as a way to measure land. The student went back to his work, and the coin became a reminder that the greatest treasures are the ones you find in your mind.

…

Fun and Fun

2026-11-06T22:05:00.000+00:00

Fun and Fun

1. Giant Tube Worms

In 1976, scientists found strange animals on the floor of the Pacific Ocean. They saw a beautiful landscape that looked like chimneys expelling dark-colored water—often called “black smoke.” The water coming out is nearly 400°C. Around these chimneys live unique giant tube worms. These strange animals can be 8 feet tall. They have no mouth and no digestive tract. Bacteria living inside the worms make food for them. Millions of shrimp are also found near the vents.

2. Black Smokers

On the floor of the Pacific Ocean are vents, or cracks. Seawater seeps down into Earth’s crust through the vents. The water is heated by magma below the crust until it boils. It expands and rises back to the surface through the same vents. The hot water dissolves minerals and other chemicals in the rocks. When it reaches the ocean floor, the water is dark. Some minerals harden on the rim of the vent. Over time, the rim builds up into a tall chimney. The dark color of the water coming from these vents gives them the nickname “black smokers.”

3. Atolls

What are atolls? When a volcano erupts in the ocean, it forms an island. Coral animals build reefs around the island. Over thousands of years, the reefs keep growing while the volcanic island sinks or erodes, leaving behind a ring-shaped reef called an atoll. The largest atoll in the world is Kiritimati, also called Christmas Island, in the Pacific Ocean. It is part of Kiribati and has its own flag and postage stamps.

4. The Great Barrier Reef

The Great Barrier Reef is the world’s largest coral reef system. It runs along the northeastern coast of Australia and is about 1,500 miles long. It can be seen from space. Nearly 6,000 species of animals live on the barrier reefs. Barrier reefs are made by groups of tiny coral animals living together. When corals die, they leave behind stony skeletons, which accumulate to form a reef.

5 Our Ancient Ancestors

While describing the fossil record, Charles Darwin wrote that the crust of the earth is a vast museum. For about 150 years, paleontologists have been searching that collection. Recently, many fossils have been collected from a valley in Ethiopia whose sediments span 6 million years. One of the masterpieces is a 4.4-million-year-old skeleton of *Ardipithecus ramidus*, one of the oldest and most complete early human relatives. It predates Lucy by 1.2 million years. “Ardi” is a four-foot-tall female skeleton. Ardi was at home in trees, but she also walked upright. This fossil finding filled a big gap in human history.

6. Icy Bodies

When solid lumps of carbon dioxide—dry ice—fall into water and warm up, they make swirling, misty patterns. Most frozen things warm up from solid to liquid and then to gas. Dry ice changes straight from a solid into a gas: it sublimes. As lumps of dry ice sublime, jets of cold gas shoot out. This makes the lumps spin around, creating a beautiful pattern of swirling. Sublimation is a process in which a solid changes directly into vapor.

Fun Extras

- **Lions:** A lion’s roar can be heard from several miles away.

- **Zebras:** Zebras can sleep standing up, but they often lie down for deeper sleep.

- **Giraffes:** Giraffes sleep very little compared with most mammals—often in short naps.

- **Elephants:** Wild elephants can get by on surprisingly little sleep.

- **Horses:** The leg-locking system that lets horses doze standing up is called the “stay apparatus.”

- **Giant tube worms:** Their red plume contains hemoglobin, the same oxygen-carrying molecule that makes human blood red.

- **Black smokers:** The water is about 400°C but does not boil at that depth because of high pressure.

- **Atolls:** An atoll is a ring-shaped coral reef, often surrounding a lagoon.

- **Great Barrier Reef:** Coral looks like rock, but it is made by living animals called polyps.

- **Ardi:** Ardi’s skeleton suggests she could climb in trees and walk upright.

- **Dry ice:** The fog from dry ice is mostly condensed water vapor in the air, not carbon dioxide gas itself.

Lincoln’s Legal Advice: Try Honesty Instead

2026-11-06T03:15:00.000+00:00

Lincoln’s Legal Advice: Try Honesty Instead
Lincoln’s Legal Advice: Try Honesty Instead

Abraham Lincoln was honest in all walks of life—an inconvenient trait in a lawyer, perhaps, but one he refused to abandon. While practising law, he was approached by a man carrying a case he wanted Lincoln to take. Lincoln refused it outright, having concluded that the man was a cheat. A poor widow, left with six children to rear, had inherited $600 from a relative; this man proposed to deprive her of the sum—a plan that was legally ambitious and morally about as attractive as a mud bath.

Lincoln looked at him severely—the sort of look that could make a dishonest client reconsider his entire business model—and said: “Do you want me to help you make that honest woman’s life miserable? Imagine her plight if you were to deprive her of the little support she has got. Humanity is higher than law. I would advise you to earn this amount in some more honest way.”

These words had the desired effect. The man felt thoroughly ashamed of himself and went away—presumably to seek employment less creative than robbing widows. Lincoln, meanwhile, had once again proved that honesty is the best policy, even when it costs a lawyer a fee and saves a client from himself.

Fun About Animals

2026-11-05T22:03:00.000+00:00

Fun About Animals

1. Why Is the Lion in Such Trouble?

Lions need lots of room to survive. A single lion pride may require about 260 square kilometers of good hunting land. Areas that large are becoming rare as lion habitat is sliced up by roads, farms, ranches, and towns. Lions are also threatened by hunting and poaching. To save lions, we must protect the places where they live.

Lions live in groups called prides. Lions work together to raise cubs. Some pride members hunt alone, while others hunt in teams of two or more. Female lions seek medium-sized prey; males seek extra-large prey such as buffalo and giraffe. Cubs weigh about 3 pounds at birth, start eating meat at about three months old, and become independent by about two years of age.

2. How Does a Zebra Sleep?

A zebra lies down, often on its side, and sleeps very soundly. Another zebra will stay awake to watch for lions and other predators.

3. How Does a Giraffe Sleep?

A giraffe takes only short naps. It may sit and rest for hours, but it rarely sleeps more than a few minutes at a time.

4. How Does a Lion Sleep?

A lion sleeps and rests off and on for much of the day and night. If food is plentiful, a lion may sleep and rest up to 20 hours a day.

5. How Do Elephants Sleep?

Elephants are light sleepers. They must stay on the alert for predators. Elephants sleep a maximum of about four hours per day and night, and this is not in one stretch. They may sleep for 30 minutes, get up for something to eat, and then lie back down. Herds do not all sleep together, and they do not even sleep at the same time.

6. How Do Horses Sleep?

Horses do most of their sleeping standing up. Their legs can lock, which enables them to doze without falling over. Deep sleep, however, is usually done lying down. Horses also take naps at times.

The Coin For The Student.

2026-11-05T20:15:00.000+00:00

Story: The Coin for the Student

A moment later, the helper returned and placed a shiny coin in the student's hand.

The student was confused. "What is this for?"

"Because," Euclid said gently, "you must make a gain out of what you learn. If you cannot see the gain in knowledge itself, then let this be your gain for today's lesson."

Napoleon’s Will—and His Secretaries’ Exhaustion

2026-11-05T03:13:00.000+00:00

Napoleon’s Will—and His Secretaries’ Exhaustion

One of Napoleon’s favourite maxims was: “The truest wisdom is a resolute determination.” His life demonstrated, more vividly than most, what a powerful and unscrupulous will could accomplish—preferably before breakfast and without asking permission. He threw the whole force of his body and mind directly upon his work, with roughly the delicacy of a cannonball. Imbecile rulers and the nations they governed went down before him in succession, which was one way of simplifying the map of Europe and ruining everyone else’s dinner plans.

He was told that the Alps stood in the way of his armies. There should be no Alps, he said; and the road across the Simplon was duly constructed through a district formerly almost inaccessible. “Impossible,” he declared, “is a word to be found only in the Dictionary of Fools”—and one suspects he had checked the edition personally. He was a man who toiled terribly, sometimes employing and exhausting four secretaries at a time. He spared no one, not even himself—a policy that must have made him exhausting to be near and impossible to schedule for a quiet nap. His influence inspired other men and put new life into them. “I made my generals out of mud,” he said—a remark that sounds less like military doctrine and more like a complaint about the weather.

…

Archimedes c.287-212 BC

2026-11-04T20:42:00.000+00:00

Archimedes (c. 287 – 212 BC)

Archimedes was a brilliant Greek mathematician, physicist, engineer, inventor, and astronomer. He is famous for discovering the value of **pi** (π), which helps us measure circles, and for his story about the golden crown, which led to the famous "Eureka!" moment. He was a master inventor who created amazing machines, like the Archimedes screw (a device to lift water) and powerful weapons to defend his city of Syracuse. He is considered one of the greatest scientists in history, and his work in mathematics and physics was far ahead of his time.

Story: The Golden Crown and the Bathtub

Archimedes was one of the greatest mathematicians and inventors of ancient Greece. He lived in a city called Syracuse, and his mind was always buzzing with ideas about levers, pulleys, and the wonders of the universe.

One day, the King of Syracuse received a beautiful new crown, made by a goldsmith. But the king was a suspicious man. He had given the goldsmith a lump of pure gold, and he worried that the smith had secretly kept some gold for himself and mixed in cheaper metal, like silver. The crown looked perfect, but was it pure? The king wanted to know without melting or breaking his beautiful new crown.

He called for Archimedes. "You are the smartest man in my kingdom," the king declared. "Find out the truth! Tell me if my crown is pure gold or a fake!"

Archimedes thought and thought, but he couldn't find a way. He couldn't melt the crown to test it, because the king wanted it unharmed. He paced back and forth, frustrated.

A few days later, Archimedes decided to take a bath to clear his head. He filled the tub to the very top with water. As he stepped in, he noticed something that he had seen a thousand times before: the water splashed over the sides and ran onto the floor.

But this time, he really *saw* it. A huge smile spread across his face. He jumped out of the tub, his eyes wide with excitement. "I have found it! I have found it!" he shouted, running home.

**"EUREKA! EUREKA!"** (which means "I have found it!" in Greek).

He was so excited that he forgot all about his clothes and ran through the streets of Syracuse completely naked, all the way to the king's palace!

He had discovered that an object placed in water will push out a certain amount of water. This amount of water, he realised, is equal to the object's own volume. So, he could take a piece of pure gold the same weight as the crown and dunk it in water. Then he could dunk the crown. If the crown was pure gold, it would push out the same amount of water. If it was mixed with a lighter metal like silver, it would have to be bigger in size, and therefore, it would push out *more* water!

Archimedes had solved the puzzle! He could now tell the king the truth about the crown without breaking it.

Archimedes was also a great showman. He once said, **"Give me a long lever, and a place to stand, and I will move the whole world."** He wasn't being boastful—he was explaining the awesome power of levers! He was so confident in his inventions that he even said, **"Give me a place to stand on, and I will move the Earth."**

The Veiled Chromosome

2026-11-04T20:41:00.000+00:00

The Veiled Chromosome

The Veiled Chromosome: The Secret of Formula XY-12 is a middle-grade science-fiction mystery that begins with a fascinating biological question: Is the X chromosome found in a female the same as the X chromosome found in a male?

Professor Shunya Raman answers that the X chromosome is fundamentally the same kind of chromosome in both. A female usually has two X chromosomes, while a male usually has one X and one Y. However, before the professor can discover why the question was asked, an intruder breaks into his underground laboratory and steals Formula XY-12—an entirely imaginary substance designed to temporarily “veil” an X chromosome.

The theft draws Professor Raman’s twelve-year-old grandson, Aadi, and Aadi’s intelligent, quick-witted friend Meher Aziz into a dangerous investigation. A clue reflected in the thief’s silver mask leads them to the abandoned Meridian Observatory, where a mysterious clock contains a thirteenth hour.

Beneath the observatory, they discover the hidden headquarters of NovaGenesis, an organisation led by the brilliant but dangerously ambitious Dr Viraaj Kross. Kross believes that uncertainty is humanity’s greatest weakness. He intends to use Formula XY-12 to conceal X-carrying reproductive cells, thereby increasing the fictional probability of conceiving male children. His plan is only the beginning of a larger ambition to allow parents to select the characteristics of future children.

Aadi and Meher are joined by Tara Kaul, a novelist and critic who had originally asked Professor Raman about the X chromosome. NovaGenesis had approached Tara to create a story presenting the formula as a safe and desirable scientific breakthrough. When she discovered the organisation’s true intentions, she refused and attempted to expose its secret research.

Inside the underground complex, the young investigators uncovered suppressed experimental results. BARR, an intelligent and highly opinionated computer, reveals that Formula XY-12 does not create certainty. Its effects weaken unpredictably and may disturb important biological signals. Dr Kross has concealed these failures from investors, regulators and the public.

With the formula’s global activation rapidly approaching, Aadi, Meher, Tara and Professor Raman race through secret tunnels, a giant model of a human cell and the control chambers of NovaGenesis. To reach the transmission tower, they must provide three authorisations: those of the scientist, the storyteller and the future.

Professor Raman declares that science must serve human dignity. Tara affirms that every child is an unwritten story rather than a product selected from a catalogue. Representing the future, Aadi and Meher state that no child should be judged by a chromosome and that no invention should be released by someone who hides its failures.

With only seconds remaining, BARR exposes the suppressed trial results and transmits the truth to clinics, scientists and authorities. Formula XY-12 is stopped, Dr Kross is arrested and his organisation is closed.

The story ends in Aadi and Meher’s classroom, where Professor Raman reminds the students that chromosomes contribute to the biological beginning of a person but cannot measure kindness, intelligence, courage, creativity or human worth. X and Y may help begin a human story, but they can never determine how that story will end.

Critical Appreciation

The Veiled Chromosome is an imaginative fusion of scientific curiosity, moral inquiry and middle-grade adventure. Its great achievement lies in transforming an apparently simple question about chromosomes into a suspenseful story about responsibility, equality and the limits of human control.

The novel adopts the familiar structure of a mystery: an unusual question, a stolen formula, a masked intruder, a hidden laboratory and a rapidly approaching deadline. These elements immediately create curiosity and maintain narrative momentum. The abandoned Meridian Observatory, the thirteen-hour clock and the underground NovaGenesis complex give the story an atmosphere of secrecy and wonder suited to young readers.

Aadi and Meher form an engaging central partnership. Aadi is curious, impulsive and courageous, while Meher is observant, practical and quick-witted. Their contrasting personalities generate both humour and tension. Meher’s devotion to sandwiches becomes a recurring comic element, but it also contributes unexpectedly to the action when her lunch materials help the characters escape. Such moments prevent scientific and ethical themes from becoming too heavy.

The character of BARR is another notable strength. Named after the Barr body associated with X-chromosome inactivation; the computer introduces scientific ideas through humour rather than formal explanation. Its impatience with lies, weak passwords and Professor Raman’s artificial laboratory windows makes it memorable while allowing important biological information to enter the story naturally.

Dr Viraaj Kross is more than a conventional villain. His desire to control genetics arises partly from the loss of his younger sister to an inherited illness. This background gives emotional depth to his ambition. His original wish to prevent suffering is understandable, but grief gradually becomes obsession. He begins to believe that eliminating uncertainty justifies secrecy, manipulation and the selection of “desirable” human characteristics.

Through Kross, the novel explores the difference between scientific treatment and human design. Preventing or treating disease may relieve suffering, but deciding which children or characteristics are preferable raises profound ethical concerns. The question asked by Meher—“Who decides what imperfect means?”—expresses the central philosophical conflict of the story.

The fictional formula also becomes a symbol. The “veil” does not merely hide a chromosome; it represents the hiding of truth. Kross masks failed experiments, conceals risks and disguises commercial ambition as scientific progress. The final “unmasking” therefore operates on two levels: the formula is stopped, and the truth behind NovaGenesis is revealed.

The story’s social message is direct and significant. By imagining a technology intended to increase the probability of male births, the novel challenges the preference for sons that persists in some communities. It illustrates how millions of apparently private choices could create serious social consequences. More importantly, it affirms that the worth of a child cannot be determined by sex or chromosomes.

The novel carefully identifies Formula XY-12 as fictional. This distinction is particularly important for its intended readership. No real medicine, chemotherapy or chemical treatment can safely mask a man’s X chromosome or guarantee the sex of a child. The imaginary science is not offered as medical possibility but as a storytelling device through which young readers can consider real ethical questions.

The language is generally clear, lively and accessible. Short chapters, quick exchanges and cliff-hanging moments sustain interest. Scientific concepts are explained through dialogue, images and action rather than lengthy textbook passages. The story respects the intelligence of young readers while keeping its central scientific discussion understandable.

The three authorisations required to enter the transmission tower, the scientist, the storyteller and the future—provide an effective symbolic climax. Science supplies knowledge; storytelling helps society understand its meaning; and young people must live with the consequences. The future cannot be shaped responsibly unless all three voices are heard.

Ultimately, The Veiled Chromosome succeeds not because it predicts a scientific invention, but because it uses fiction to ask urgent questions. What happens when scientific ambition is separated from compassion? Can the desire to remove suffering become a desire to control human life? Should every discovery be used merely because it is possible?

With mystery, adventure, humour and ethical reflection, the book delivers a memorable message: chromosomes may influence biological development, but they do not determine a person’s dignity, character or destiny. Every child enters the world carrying possibilities that no formula can calculate in advance.

Please read the full novel on KDP. Sham Misri

Sir Isaac Newton and his dog

2026-11-04T03:11:00.000+00:00

Sir Isaac Newton and his dog

Sir Isaac Newton’s temper was said to be so mild that no accident could ruffle it—a remarkable claim, considering that accidents had a way of happening around him. A famous illustration of this serenity concerns his favourite little dog, Diamond: a name that promised value and, on one memorable evening, delivered catastrophe.

Newton was called out of his study into the next room, leaving Diamond behind for only a few minutes. In that brief interval, the dog apparently decided to conduct an independent experiment in combustion by overturning a lighted candle among some papers. These were not mere scratchings, but the nearly finished labour of many years. They caught, blazed, and were almost consumed to ashes. For a man in advanced age, the loss was irreparable—the sort of thing that might make a lesser philosopher invent several new words and possibly a new branch of physics devoted entirely to dogs.

Newton, however, did not punish Diamond. He merely surveyed the scene and addressed the culprit with mournful blame: “O Diamond, Diamond, you little know the mischief you have done.” It was perhaps the mildest response to a canine-induced manuscript fire in recorded history—proof that even when Newton’s work went up in smoke, his temper refused to ignite.

…

Camel-A Clumsy Beast

2026-11-02T18:49:00.000+00:00

Camel-A Clumsy Beast

Clumsy and slow, yet steadfast and wise,
Across the scorching sands it strides—
A living vessel, sun-baked, lean,
The desert’s lord, its patient queen.

No hoof, but padded, soft and wide,
It treads where brittle dunes abide.
No storm of sand, no furnace air
Can halt its march through wastelands bare.

For Abraham, a wealth untold,
For Job, three thousand—priceless gold.
Through Sheba’s pomp, through caravans,
It bore the dreams of desert clans.

And as it walked, the poets sang—
Of battles fierce, of love’s sweet pang,
Of dark-eyed maids and cooling streams,
Of phantom oases in their dreams.

The rhythm swayed with every stride,
The verses matched the beast’s slow glide.
Then faster songs would lift its head,
And drive it forth where silence fled.

No water is stored in secret cells,
No magic hump where liquid dwells—
Just flesh and fat, endurance true,
And salt to drink when journeys are through.

Oh, clumsy beast, so strange, so grand,
You shaped the fate of sealess land.
Without your strength, without your tread,
The desert’s songs would all lie dead.

Sham Misri

Musa's Cotton

2026-11-01T05:37:00.000+00:00

Musa’s Cotton

(Musus Ti Kapas)

In the heart of Srinagar lived a lawyer named Mustafa, known to all as Musa Khan. His wit was as sharp as a winter wind, and he could untangle any legal knot.

One day, a broken shopkeeper came up to him. “I borrowed money,” he wept. “The interest has swallowed me whole. The moneylender will take my house, and my family will be on the street.” Moved by the man’s despair, Musa Khan devised a plan.

In court, the judge asked the shopkeeper for his defense. The man gave a little jerk and said, “Kapas.” (Cotton).

“What did you say?”

“Ka-p-as.”

The judge frowned. Musa Khan stepped forward. “My Lord, this poor man… Kapas… is innocent. Kapas! He once traded in cotton. Kapas! He stored bales worth a fortune… Kapas! … until fire burned it all to ashes. Kapas! The shock stole his wits. Now, only that word remains.”

Convinced the defendant was mad, the judge dismissed the case. The shopkeeper was saved.

Outside, Musa Khan smiled. “A clever performance! Now, for my fee.”

The shopkeeper looked at him blankly. “Kapas.”

“Come now, no more games. My fee.”

“Ka-p-as.”

“You rogue, pay me!”

“Kapas! Kapas! Kapas!”

The brilliant lawyer stood stunned. He had been outwitted by his own clever plot. The man he saved had learned his lesson too well. In a rage, Musa Khan shouted to the bystanders, “Look! Now he says ‘Kapas’ even to me!”

And so, the Kashmiri saying was born: “Musus ti Kapas”—a warning that a clever trick can, like a boomerang, return to hit its sender.

Shiva's Third Eye

2026-10-31T05:19:00.000+00:00

Shiva’s Third Eye

Shiva’s Third Eye is the eye of inner vision, wisdom, and transforming power. Shown at the centre of his forehead, it represents seeing beyond ordinary appearances—beyond illusion, ego, and ignorance—to spiritual truth. Main meaning

Shiva’s two ordinary eyes may be understood as seeing the visible, worldly realm. His Third Eye symbolises deeper awareness: the ability to see reality as it truly is, including what attachment, desire, fear, or illusion (maya) hides.

It is therefore associated with:

Spiritual wisdom and enlightenment
Meditation and inward awareness
Truth that goes beyond outward appearances
The destruction of ignorance, ego, and uncontrolled desire
Divine power that protects cosmic order

The Fire of the Third Eye

In a well-known Hindu story, Kāma—the god of desire—tries to disturb Shiva’s meditation. Shiva opens his Third Eye, and its fire burns Kāma to ashes. Symbolically, this does not simply mean anger or punishment. It teaches that concentrated spiritual awareness can burn away distracting desire and attachment.

This connects closely with Lal Ded’s Vakh…Nafas Myeon Chui Hostui, the proverb: the uncontrolled nafs or lower self, can become like an elephant that demands more and more. Shiva’s Third Eye symbolises the opposite force—awareness strong enough to master desire rather than be trampled by it.

Not merely a physical eye

The Third Eye is generally understood as a sacred symbol, not an extra physical organ. In yogic language, it is often connected with the ājñā chakra, the subtle spiritual centre between the eyebrows, associated with insight, concentration, and inner awakening.

A simple way to understand it is:

Ordinary eyes see the world outside; Shiva’s Third Eye sees the truth within and beyond it.

The author is here trying to make a meaningful connection between Shiva’s Third Eye and the pineal gland—though as a I am presenting it as a symbolic bridge, not as a scientific claim that the pineal gland literally gives supernatural foresight. Shiva’s Third Eye represents awakened inner awareness; the pineal gland is a real brain structure that helps regulate light, sleep, and biological rhythms through melatonin.

A balanced connection

A simple way to understand it is:

Ordinary eyes see the world outside; Shiva’s Third Eye sees the truth within and beyond it.

In modern language, the pineal gland can be called a biological counterpart to this ancient image—not because it predicts the future, but because it helps the body respond to a fundamental rhythm of existence: light and darkness, waking and sleep, activity and rest.

The pineal gland lies deep near the centre of the brain. It produces melatonin, a hormone whose production rises in darkness and helps regulate the sleep–wake cycle. Light reaching the retina influences this system through a neural pathway involving specialised retinal cells, the brain’s master clock—the suprachiasmatic nucleus—and then the pineal gland.

From light to inner rhythm

The pineal gland is not directly exposed to light in humans, and it does not “see” light through the skull. Rather, it receives information about environmental light from the eyes and brain. Special retinal cells, called intrinsically photosensitive retinal ganglion cells, are involved in non-image-forming vision: they help set circadian (diurnal) timing and influence the body’s response to light.

This gives a poetic yet scientifically grounded connection:

Spiritual image	Scientific reality
Shiva’s Third Eye sees beyond surface appearance	The pineal gland helps the body respond to light–darkness patterns that ordinary visual awareness may not notice
Third Eye symbolises inward awakening	Melatonin and circadian rhythms influence sleep, rest, alertness, and the timing of many bodily processes
Meditation turns awareness inward	Meditation may be associated with changes in stress, attention, and sleep; some studies report higher melatonin or pineal activity in meditators, but this does not prove mystical vision or supernatural abilities
The fire of the Third Eye burns illusion	Clear attention and self-discipline can reduce the hold of distraction, compulsive desire, and mental confusion

The pineal gland’s link with the “Third Eye” is also understandable historically. In some non-mammalian animals, related pineal structures can have light-sensitive functions. In humans, however, the relevant light information reaches the pineal system mainly through the retina and neural pathways—not directly through the skull.

Meditation and foresight

When tradition says that Shiva entered deep meditation and could “foresee,” this may be read spiritually: through perfect stillness, detachment, and wisdom, Shiva sees consequences, truth, and reality beyond ordinary human confusion.

Modern science does not show that meditation or the pineal gland provides paranormal (supernatural) prediction. What it does support is more modest and still important: meditation can cultivate sustained attention, emotional regulation, self-awareness, and a calmer response to stress. Better sleep and a stable circadian rhythm can also improve clarity, judgment, and well-being. Thus, “foresight” can be understood as the sharpened judgment of a mind that is less driven by fear, desire, and distraction.

Some research in animals has explored melatonin, pineal-gland grafts, and ageing. One mouse study reported longer survival after melatonin treatment or grafting young pineal tissue into old mice. These are experimental animal findings; they do not establish that pineal transplants reverse ageing in people or that a young pineal gland can restore human youth.

Melatonin: what it does

Melatonin is often called the “hormone of darkness” because its secretion normally increases at night and is suppressed by light. Its best-established role is helping coordinate circadian timing and sleep. It may also affect physiological systems related to immune function, blood pressure, and reproduction, but it should not be described as a proven anti-ageing cure or a universal treatment.

For a healthy circadian rhythm, the practical lesson is simple:

Seek bright natural light, especially early in the day.
Keep a reasonably regular sleep and waking schedule.
Dim lights and reduce bright screen exposure before bedtime.
Treat melatonin supplements as medicines or supplements requiring appropriate medical guidance, particularly for children, pregnancy, chronic illness, or use alongside other medications.

…

· The Third Eye: Spiritual Image and Scientific Reality

· Shiva’s Third Eye is one of the most powerful symbols in spiritual tradition. It represents a vision that goes beyond ordinary sight—an inner capacity to perceive truth, awaken consciousness, and see through the illusions of the material world. Modern science offers a different but fascinating perspective through the pineal gland, a small structure deep within the brain that responds to patterns of light and darkness. While the two belong to different realms of understanding, together they create a meaningful dialogue between symbol and biology.

· Spiritually, Shiva’s Third Eye sees beyond surface appearance. It is not merely an organ of vision but a symbol of higher perception—the ability to recognize what is lasting beneath what is temporary, and what is true beneath what is deceptive. Scientifically, the pineal gland helps the body respond to light–darkness patterns that ordinary visual awareness may not consciously notice. It translates environmental rhythms into internal signals, helping the body adjust to day and night.

· The Third Eye also symbolises inward awakening. In spiritual imagery, its opening marks the movement from outward distraction toward inner awareness, self-knowledge, and deeper consciousness. In scientific terms, the pineal gland produces melatonin and helps regulate circadian rhythms—the body’s internal clock. These rhythms influence sleep, rest, alertness, and the timing of many bodily processes. In this sense, the pineal gland reminds us that human life is deeply connected to natural cycles.

· Meditation is often described as the practice that turns awareness inward. For the spiritual seeker, it quiets the restless mind and opens the inner eye. Scientific research suggests that meditation may be associated with changes in stress, attention, and sleep. Some studies report higher melatonin levels or greater pineal activity among meditators, though such findings do not prove mystical vision or supernatural abilities. They suggest, rather, that contemplative practice may influence the body’s rhythms and the mind’s capacity for calm attention.

· The fire of Shiva’s Third Eye is said to burn illusion. It destroys ignorance, attachment, and false identification, allowing truth to emerge. In everyday human experience, clear attention and self-discipline can similarly reduce the hold of distraction, compulsive desire, and mental confusion. What mythology expresses as sacred fire, psychology may describe as focused awareness and conscious self-regulation.

· The connection between the pineal gland and the “Third Eye” is also understandable historically. In some non-mammalian animals, related pineal structures can have light-sensitive functions. In humans, however, light information reaches the pineal system mainly through the retina and neural pathways—not directly through the skull. The human pineal gland does not literally see, but it participates in the body’s response to light and darkness.

· Thus, ordinary eyes see the world outside, while Shiva’s Third Eye sees the truth within and beyond it. Science explains the body’s remarkable sensitivity to light and rhythm; spirituality invites us to awaken a deeper form of seeing. Between the two lies a shared human longing: to live with greater awareness, balance, and clarity.

The Third Eye’s Light [3052]

· Beyond the eyes that view the day,
Where shapes and shadows pass away,
Shiva’s third eye opens wide
To see the truth that thoughts can hide.

· Within the brain, a small light gleams,
The pineal keeps its quiet dreams;
It reads the dark, it knows the sun,
And turns the body’s seasons on.

· In meditation, still and deep,
The restless mind prepares for sleep;
Attention softens, burdens fall,
And silence speaks beneath it all.

· The fire within burns illusion’s veil,
Where truth and wisdom still prevail;
The outer eye may see the sky—
The inner eye learns why.

King Harsha of Thaneshwar

2026-10-30T00:07:00.000+00:00

King Harsha of Thaneshwar

Raja Harsha was a brave and wise king who ruled Thaneshwar in northern India about 1,400 years ago. He respected all religions. During his time, a famous Chinese monk and traveller named Xuanzang visited India.

**Quick facts**

- **Born:** 590 CE

- **Became king: ** 606 CE

- **Died: ** 647 CE

- **Religion: ** Buddhism

- **Capital: ** Thaneshwar

- **Father: **Prabhakar Vardhan

*CE means Common Era.*

1. The King’s Father Dies

Thaneshwar was a strong kingdom in northern India. King Prabhakar Vardhan ruled it. The Huns were causing trouble for the people, so the king sent his capable sons, Prince Harsha and Prince Rajyavardhan, to stop them. The princes defeated the Huns.

After the battle, Harsha went hunting. A soldier rode up to him and said that King Prabhakar Vardhan was very ill. Harsha and Rajyavardhan hurried back to Thaneshwar, but they were too late. Their father had died.

2. Rajyashri Is Taken Away

After the king died, an important noble said that Prince Rajyavardhan, the older son, should become the next king. Rajyavardhan was crowned. But Rajyavardhan wanted his brother Harsha to be king.

Harsha and Rajyavardhan had a sister named Rajyashri. Her husband, Grahavarman, was the king of Kannauj. Rajyashri hoped that he could help guide her young brothers.

Meanwhile, Devagupta, the king of Malwa, wanted to capture Thaneshwar and Kannauj. He made a plan. He said that if Grahavarman were killed, Harsha and Rajyavardhan would not be able to protect both kingdoms. A noble asked Devagupta how they could kill Grahavarman. Devagupta said they would dress up as farmers during the spring festival and attack him when he came to celebrate with his people.

Devagupta’s plan worked. Grahavarman was killed, and Devagupta also took Rajyashri away by force.

3. The Death of Devagupta

The draft does not tell us the full story of how Devagupta died. It only gives a link for more information.

4. Raja Harsh ka Tila

The ancient city of Dharmakshetra Kurukshetra helps us learn about India’s past from Vedic times. Kurukshetra has seen many important events. It was also attacked many times, which threatened its existence.

Thanesar, near Kurukshetra, was the capital of the Vardhana dynasty when Raja Prabhakaravardhana and his successor, the Sanskrit scholar Maharaja Harshavardhana, ruled. The city has many old ponds, temples, gurudwaras, battlefield sites and reminders of old times.

One lesser-known archaeological site in Thanesar is Raja Harsh ka Tila, or the mound of Raja Harsha. It was uncovered by the Archaeological Survey of India. It is next to Sheikh Chilli’s Tomb in Thanesar.

Excavations show that people lived there from the beginning of the Common Era and continuously from the 1st century to the 19th century. So far, six cultural periods have been found: Kushana, Gupta, Post Gupta, Vardhana, Rajput, and the periods of invaders—Delhi Sultanate and Mughal.

The mound is about 750 metres wide and 1 km long. It stands about 15 to 18 metres above the ground. Special old pottery called Painted Grey Ware, believed to be from the Kushana period, and Red Polished Ware from the Post Gupta period have been found. Several buildings made of bricks from these periods have also been unearthed. Experts judge the time period by the size and shape of the bricks and how they were built.

Parts of a garden complex and buildings from the Delhi Sultanate and Mughal periods have been found. Many old objects from different periods have been found too. They make us wonder what life was like in this mound long ago—how people lived, what they believed, and how they built things.

References

- National Digital Library

- archive.org

- Google Books

- openlibrary.org

- https://www.historicalindia.org/article/raja-harsha

https://sahasa.in/2021/05/26/raja-harsh-ka-tila-thanesar-kurukshetra-district-haryana/

Thanesar, Haryana, India

WHEN GOD PLAYS A TRICK

2026-10-27T17:44:00.000+00:00

WHEN GOD PLAYS A TRICK

His Methods Were a Mystery. His Warning Was Real.

By Sham Misri

Available on Amazon / Kindle

When God Plays a Trick is a spiritual thriller by Sham Misri, set against the vast and sacred background of the Maha Kumbh Mela of 2025. The book brings together mystery, devotion, folklore, police investigation, and spiritual awakening in a narrative that is both gripping and reflective. It is not only a story of miracles and suspicion, but also a meditation on faith, reason, illusion, and the mysterious ways in which the divine may enter human life.

The novel follows Inspector Karanveer Singh, a rational, disciplined, and hardened policeman given the difficult task of maintaining order among millions of pilgrims. In the enormous gathering of saints, seekers, devotees, merchants, wanderers, and holy men, he must also investigate the many Babas who attract public attention with claims of miracles and divine power. His mind belongs to the world of evidence, procedure, law, and visible proof. He trusts what can be examined, tested, and explained.

This confidence begins to shake when he encounters a strange Aghori Sadhu. The Sadhu lives outside ordinary social boundaries, smeared in ash, mysterious in conduct, and terrifying in presence. Around him gather rumours of impossible acts: walking on water, summoning fire from the Ganges, and creating visions that seem to bend reality itself. To Karanveer, the question becomes urgent. Is this man a fraud using tricks to manipulate the innocent? Is he dangerous? Is he mad? Or is he carrying a warning from a realm beyond ordinary reason?

Alongside this mystery runs a second and deeply spiritual current. The forgotten wisdom of Lal Ded, the great 14th-century Kashmiri mystic poetess, is brought into the heart of the Kumbh by an author named Sundra. Through Lal Ded’s vakhs, millions of gathered pilgrims are reminded of inner peace, self-realisation, universal love, and the presence of the divine within. Her voice becomes a quiet flame amid the noise and spectacle of the festival. While the Aghori shocks the senses, Lal Ded awakens the heart.

The strength of the novel lies in the way it places Karanveer between these two worlds. On one side stands the frightening ambiguity of the Aghori, whose powers may be divine, deceptive, or something in between. On the other side stands the luminous wisdom of Lal Ded, whose teachings guide the seeker inward rather than toward spectacle. Karanveer’s investigation therefore becomes more than a police inquiry. It becomes a journey into the limits of rational certainty.

The book explores the great tension between skepticism and devotion. It does not ask the reader to abandon reason, but it does ask whether reason alone can explain the full depth of existence. Through the setting of the Kumbh, Sham Misri opens a world where millions gather not for entertainment, but for purification, hope, blessing, and liberation. In such a world, the seen and unseen stand close together.

The novel also draws upon the wider philosophical landscape of Sanatan Dharma. Ideas of karma, dharma, maya, and moksha move beneath the plot. Karma appears in the consequences of action. Dharma appears in Karanveer’s duty as an officer and in the moral duties of seekers. Maya appears in the difficulty of knowing what is real and what is illusion. Moksha appears as the final longing behind ritual, pilgrimage, and spiritual striving.

Critically, When God Plays a Trick succeeds because it blends suspense with spiritual questioning. It has the movement of a thriller, but the heart of a philosophical work. The reader is pulled forward by mystery, yet invited inward by reflection. The Maha Kumbh is not merely a setting; it becomes almost a living character — immense, chaotic, sacred, and unpredictable. The contrast between the police officer, the Aghori, Lal Ded, and the millions of pilgrims gives the book dramatic force and spiritual range.

The title is especially effective. When God Plays a Trick suggests that divine intervention may not always arrive gently or in a form the human mind can immediately accept. Sometimes warning may come disguised as confusion. Sometimes grace may appear as disturbance. Sometimes the divine may break certainty before giving insight.

Overall, this is a powerful and unusual work — part spiritual novel, part mystery, part meditation on faith. Sham Misri uses the drama of the Kumbh and the mystery of the Aghori to ask a deeper question: what happens when a rational man is forced to stand before realities that refuse to fit inside his existing world? The answer is not simple. It is the beginning of transformation.

Poetic Reflection — When God Plays a Trick [SM-20810

At Kumbh, where countless footsteps came,

The river held a sacred flame;

Through ash and chant, through dust and cry,

The unseen watched with open eye.

Karanveer stood with law and mind,

To test what faith had left behind;

Yet water burned and visions rose,

Where reason met what no one knows.

Lal Ded’s vakhs, like lamps of grace,

Shone softly through that crowded place;

They taught the soul to look within,

Beyond the mask, the fear, the sin.

So, Sham Misri tells the sign,

Where trick and truth may both be divine;

When God disturbs the human heart,

A hidden path may quietly start.

Sham Misri,

Editor-in Chief, Misri Library.

Caves

2026-10-27T04:02:00.000+00:00

Caves

A cave is any cavity in the ground that is large enough that some portion of it will not receive direct sunlight. There are many types of caves.

A cavern is a specific type of cave, naturally formed in soluble rock with the ability to grow mineral deposits. Cave formation had its beginnings some 60 million years ago, long before two-legged creatures walked on Earth. As the rain poured down on the bed of limestone and rivers flowed over it, the soft rock was chewed away by the acid rainwater until hair-thin cracks began to appear. More acid rain fell. The water trickled down, enlarging the cracks. It found new paths between the layers of stone. The paths widened into tunnels. The tunnels crisscrossed and grew into rooms. Over millions of years, the rooms grew bigger and bigger.

Almost every cave is occupied, resided in, and inhabited. But most caves are not suitable places for humans to make their homes. Caves are usually too dark, cold, and wet to live in. In the past, some people, such as Cro-Magnons and Neanderthals, did live in caves. The traces they have left indicate when they lived in caves. They stayed close to the entrances. If they ventured to the inner parts of caves, it was for special ceremonies. It is possible that in some remote areas of the world, there are people who still live in caves much as the earliest cave dwellers did. However, most caves are populated by animals and plants.

Some animals found in caves do not live there permanently. Birds build nests near the entrance. Skunks use caves as nurseries in which to rear babies. During the winter, caves get new residents as bears, snakes, and many insects settle down to sleep. But these creatures are not true cave dwellers. They take shelter in the cave only when they cannot find any better place.

The cave cricket has adapted to life in the dark. It has no colour and uses its extra-long feelers to find food. Many cave animals are blind, for there is nothing to see in the darkness of the cave.

Fig. Cave cricket

The real cave dwellers live deep inside the cave. Some, like rats and bats, leave the cave to find food. But there are insects, fishes, and salamanders that spend their whole lives in black cave rooms. A long line of their ancestors lived in the same place. During centuries of darkness, these creatures have lost their colouring, becoming white or pale pink or transparent. Many are now blind, making up for eyesight with better hearing or a sharper sense of touch or smell.

True cave dwellers live deep inside the cave. The salamander may venture out into the daylight. The blind and wingless cave beetle is covered with fine hairs. The ghostly blindfish that swims in underground streams is unusually sensitive to vibrations. Blind cave salamanders are rarer than blindfish. Some kinds can see when they are born, although their eyelids grow together later.

While these animals can adapt to cave life, few plants can. Moulds and mushrooms flourish in the damp, dark underground rooms, but green plants cannot live without light. Only in caves that have been wired for electricity will you see green moss and feathery ferns on the rocky ledges.

Amarnath cave

As Lord Shiva danced around with the burnt corpse of Mata Sati and Lord Vishnu used his Sudarshan Chakra on the body, Devi Adi Shakti’s throat is said to have fallen atop Amarnath Cave, located in Jammu and Kashmir. A natural shrine was established to preserve and worship this part of the mother, which later came to be known as the Amarnath Temple.

The Amarnath Temple is a Hindu shrine located in the Pahalgam tehsil of the Anantnag district of Jammu and Kashmir, India. A cave situated at an altitude of 3,888 m (12,756 ft), about 168 km from Anantnag city, the district headquarters, and 141 km (88 mi) from Srinagar. The Amarnath cave can be reached through either Sonamarg or Pahalgam. It is an important shrine in Hinduism. The cave, located in Sind Valley, is surrounded by glaciers, and snowy mountains and is covered with snow most of the year, except for a short period in the summer, when it is open to pilgrims. Hundreds of thousands of pilgrims reach the peak every year. The annual pilgrimage varies between 20 and 60 days.

The most spectacular system of caverns is found in North America Carlsbad Caverns.

It is hard to imagine just how big a cave can be. Some of the rooms in this natural wonder are about 1,000 feet (300 meters) under the ground. The cave's largest room could hold ten football fields. In one place, its ceiling is as high as a 30-story building. In 1930, this underground wonderland in the foothills of the Guadalupe Mountains, New Mexico, was established as Carlsbad Caverns National Park.

Cave formation is a continuous process with nothing to stop the flow of acid rain- water through the tunnels and rock-walled rooms. In the process huge areas of limestone are devoured, destroyed, and consumed. But then the work of the acid rainwater was brought to a halt. The earth's crust wrinkled and folded. The bed of limestone tilted up and became part of a mountain range. The water that etched its way through the limestone rock slowly drained away.

As raindrops trickled down to the empty cave rooms over the centuries, something new began to happen. Water started to decorate the cave.

About 1 million years ago a single drop of rainwater clung to the ceiling of Carlsbad's Big Room. As the water dripped, a tiny ring of lime crystallized on the ceiling. A second drop-and a third, a fourth, a fifth-left lime in the same place. As time passed, the rings of lime formed a little stone "icicle”.

Another drop of water dripped to the floor of the cave. Again, the lime was left behind. As time passed, thousands of drops fell on the same spot. The specks of lime formed what looked like a thick stone candle.

The icicle of stone on the ceiling is called a stalactite. The stubby candle on the floor is a stalagmite. (Think of the c in stalactite as standing for ceiling and the g in stalagmite as standing for ground. This will help you to remember which is which.) Sometimes the icicle-like stalactites and the stubby stalag- mites meet in the middle to form columns.

Stalactites, stalagmites, and columns are not the only cave formations. Lime-laden water covers cave walls with rippling flow- stone. It forms curtains of dripstone when it oozes from cracks in the ceiling. It builds a border of rimstone when it evaporates from a pool on the floor. It coats sand grains with layer after layer of lime until each grain is transformed into a cave pearl.

The ceilings of some caves are covered with short, hollow stalactites that look like soda straws. Others have glittering stone needles on their walls or stone bristling from the floor. There are delicate cave feathers, graceful cave flowers, and a strange stalactite (called a helictite) that grows sideways and up as well as down. The color of cave formation varies also. They can be white, red, brown, or a combination of colours, depending on the minerals that form them.

In Carlsbad, these weird and beautiful stone shapes stopped growing when the climate changed. Rain falls less often. Rivers grew shallow. Water seldom reached the rooms deep under the ground. Today scientists speak of the great caves as "dead."

Although no two caves look alike, all of the really big caves in the world were formed the same way. They were hollowed out of limestone (or related rocks like gypsum and marble) by acid water. They are called solution caves. A more familiar word for them is caverns.

Caverns are not the only kind of cave. For example, sea caves are formed by the steady pounding of waves on the rocky cliffs along the shore. The waves do not dissolve the rock. They dig it out, grinding away at it year after year with pebbles and fine sand. The best-known sea caves are the Blue Grotto in Italy's island of Capri (grotto is still another word for cave).

North America's largest sea cave is Sea Lion Cave in Oregon. Herds of sea lions raise their families in the cave's big room. Other sea caves are scattered along the Atlantic and Pacific coasts, as well as the shores of the Great Lakes and the Bay of Fundy.

In the western part of the United States and on the volcanic islands of Hawaii, there are hundreds of lava caves. These formed after hot, melted rock welled up from deep inside the earth. Rivers of the liquid rock, called lava, flowed above ground. Even when the surfaces of the lava rivers cooled, forming a hard crust, their fiery interiors traveled on. The hollow, hardened tubes they left behind are lava caves. Lava caves are usually tunnelling only a yard or so under the ground. Lava stalactites hang from their ceilings, and their floors are covered with ripple marks made by the fiery rivers that formed them.

Some lava caves contain huge beds of ice. Ages ago cold air from the surface entered the cave. The tube-shaped cave became a trap for the cold air. When rain or snow carried water to the cave, the water froze, making the porous lava rock still colder. The thicker the ice became, the less likelihood there was of its melting. Even in the desert, there are caves with perpetual ice.

In Canada and the northwestern United States there are also glacial ice caves. Hollowing out of glaciers, these caves have roofs and walls of ice. They grow bigger when warm air reaches them and smaller when it is cold. As they grow, blocks of ice often tumble from ceilings and walls. Glacial caves are usually too dangerous to explore.

Ref:

1. Amarnath Temple – Wikipedia

2. The new Book of Knowledge

3. AoYDxgWGB4yCggDEAAYDxgWGB4yCAgEEAAYFhgeMgoIBRAAGIYDGIoFMgoIBhAAGIYDGIoF0gEKMzAxMzdqMGoxNagCALACAA&sourceid=chrome&ie=UTF-8

Story of Penguins

2026-10-22T20:02:00.000+01:00

Story of Penguins:

Penguins are flightless seabirds that live almost exclusively in the Southern Hemisphere. They are built for swimming, with sleek black-and-white plumage, dense feathers, and strong flippers. They range from the tiny blue penguin, at about 12 inches, to the massive emperor penguin, which stands over 3 feet tall.

How have penguins adapted to life in cold Antarctic waters?

Penguins are built for the freeze. They have thick, waterproof feathers and a layer of blubber that traps heat, along with solid bones and stiff flippers for diving. They also huddle together to reduce heat loss by as much as half.

Life is not always easy for penguins.

**Singing: ** Adults sing to their mates, and chicks sing for their parents.

**Sledging: ** Penguins speed down icy hills on their feet and bellies to get somewhere fast.

Penguins go surfing, too. They surf through the waves, and sometimes they surf right from the water up onto the land. A penguin that surfs is called a “hang-ten-guin.”

They swim, they march, and they slide through the snow. They are penguins, and they are perfectly suited to life at sea. They have a sleek shape for speed, and a layer of blubber keeps them warm. Their stiff flippers act like boat paddles to push and steer, and their big eyes help them see underwater. Their black backs make them hard to see from above, while their light bellies make them hard to see from below. But it is their strong, solid flippers that help them escape predators and get where they want to go.

Penguins can swim about 15 miles an hour. When they want to go faster, they leap out of the water as they swim. This is called porpoising, because it is what porpoises do.

A predator is an animal that eats other animals.

Penguins’ favorite food? Life in the ocean is fish-elicious! Penguins eat a lot of fish. They have a hooked bill, or beak, to help them grab their dinner, and barbs on their tongues and in their throats help them hold on to slippery food.

They drink salty water to go with that fish. Penguins are able to remove the salt from ocean water, leaving them fresh water to drink while the salt dribbles back into the ocean.

While penguins are swallowing their dinners, they must be careful not to end up as dinner themselves. Penguins are a favourite food of marine mammals such as leopard seals and killer whales.

Most penguins lay two eggs at a time, but often only one egg survives. The mother and father take turns keeping the egg warm. In many cases, the parents keep the chick warm and fed. After a couple of weeks, hundreds or even thousands of chicks wait together while the parents go back to the sea to find food. As the chicks wait, they are in constant danger from skuas, eagles, and other animals. Finally, the parents return with food, but they must find their chicks in a huge crowd of baby birds. How do they do it? The baby birds sing special songs to help their parents find them.

In a few months, the whole family returns to the sea. For emperor penguins, getting to their nesting grounds is hard work. Their home is Antarctica, the coldest place on Earth.

Emperor penguins nest much farther from the ocean than other penguins do. They must march for days and nights through snow and wind. After laying her egg, the female gives it to the male, who keeps it warm in a flap under his belly. Unlike other penguins, the male emperor cares for the egg by himself while the female goes back to the ocean to find food. The mother has been gone for more than four months. The father clusters with other male penguins to keep himself and his eggs safe and warm. During this time, the father eats nothing but snow. When the mother returns in July, the father quickly goes to the ocean to find food. By December, the whole family is ready to go.

Lakshmi Vilas Palace

2026-10-22T04:21:00.000+01:00

Lukshmi Vilas Palace —

World’s Largest Private Home

Lakshmi Vilas Palace is in Vadodara, Gujarat, India. It is called the **world’s largest private home**, a very big house owned by a royal family. It was built for **Maharaja Sayajirao Gaekwad III**. Construction started in **1878** and finished in **1890**.

A British architect named **Major Charles Mant** designed it, and another architect, **Robert Fellowes Chisholm**, finished it. The palace is **huge**: about *30.5 million square feet** and **170 rooms**. It is about **36 times bigger than Buckingham Palace**.

It mixes **Indian and European styles**. It even has a golf course and an old stepwell.

The **Durbar Hall** is a grand room. It has colourful floors, a painted ceiling, and stained-glass windows with Hindu gods and goddesses. The **Coronation Room** has the king’s throne. Special paintings by **Raja Ravi Varma** remind the king to care for his people.

The **Gaekwad royal family still lives there**. They also open parts of the palace for music, dance, craft fairs, and car shows. The palace is grand, but the family says it is still a **family home**.

The Ruby Prince

2026-10-20T19:39:00.000+01:00

The Ruby Prince

Once upon a time, a poor Brahman was walking along a dusty road when he noticed a red stone sparkling at his feet. He picked it up, slipped it into his pocket, and continued on his way.

Later, hungry and without money, he stopped at a corn merchant’s shop and offered the stone in exchange for a meal.

The merchant examined it with astonishment.

“Take this to the king,” he said. “Everything in my shop together is worth less than this jewel!”

At the palace, the gatekeeper reluctantly admitted the Brahman. The king marvelled at the stone, which glowed like a ruby with fire inside it.

“What do you ask for it?” he said.

“Only enough food to satisfy my hunger, Your Majesty.”

“It is worth far more than a meal.”

The king paid him a lakh of rupees, and the delighted Brahman went away. The queen wrapped the precious jewel in cotton, placed it in a chest, and secured it with two locks.

There it remained for twelve years.

One day, the king asked to see it again. But when the queen opened the chest, she drew back in amazement. The ruby had vanished. In its place sat a handsome young prince!

She hurriedly closed the lid, wondering how to explain such a thing. At last, she had the chest brought before the king and opened it.

The young man stepped out.

“Who are you?” demanded the king. “And where is my jewel?”

“I am the Ruby Prince,” he answered. “More than that, you cannot know.”

Angered by this mysterious reply, the king ordered him to leave. Yet he would not send a young man into the world helpless, so he gave him a horse and weapons.

The Ruby Prince rode away.

On the outskirts of the town, he found an old woman making bread. As she mixed the flour, she laughed; as she kneaded the dough, she wept.

“Why do you laugh and cry, Mother?” he asked.

“A monster comes here every day to devour a young man,” she replied. “Today, it is my son’s turn. How can I bear to lose him? How can I save him?”

“I shall fight the monster,” said the prince. “Let me rest here first, and wake me when it is time.”

The woman shook her head.

“You will only be killed, and tomorrow it will still demand my son. Sleep here if you wish, but I will not wake you.”

“Then I shall sleep where the monster expects its meal.”

He rode beyond the town gates, tied his horse to a tree, and lay down.

Before long, the monster arrived. Finding no frightened victim waiting, it prepared to punish the townspeople. But the prince sprang up and attacked. After a fierce encounter, he killed the creature and placed its head and hands upon the town gate.

Then he returned to the old woman.

“Your son is safe,” he told her. “The monster is dead.”

And, as though he had finished an ordinary day’s work, he lay down to sleep again.

When the townspeople saw the monster’s remains above the gate, they mistook them for the living creature and rushed to the king in terror. Suspecting that something had gone wrong with the promised offering, the king went to the old woman’s house.

To his surprise, she was laughing and singing.

“Why are you so cheerful?” he demanded.

“Because my son will live! The prince who killed the monster is sleeping inside.”

Once the truth was confirmed, the king asked to see the hero. He immediately recognised the young man he had driven from the palace.

“What reward does he deserve?” he asked his chief minister.

“Your daughter’s hand and half your kingdom would not be too much for such a service,” came the reply.

So the Ruby Prince married the princess, and half the kingdom became his to rule.

The princess loved her brave husband dearly. Yet the women of the palace troubled her with their questions.

“Who is he? Where is his family? Have you married a man from nowhere?”

Their words unsettled her. Again and again, she asked the prince about his origins.

“Dear heart,” he would answer, “ask me anything but that. That you must not know.”

But her uncertainty grew stronger than her trust.

One day, as they stood beside a river, she took his hand.

“If you love me, tell me who your people are.”

The prince stepped into the water.

“Dear heart, anything but that.”

She asked again. He moved farther into the river, until the water reached his knees.

“Please do not ask,” he said sadly.

Still she persisted. Now he stood waist-deep in the stream.

“Tell me!” she cried. “Tell me!”

Before her astonished eyes, his human form disappeared. A magnificent serpent rose from the water, wearing a golden crown and a ruby star. It looked towards her sorrowfully, then vanished beneath the surface.

The princess called after him, but the river gave no answer.

She returned to the palace heartbroken. She offered a great reward to anyone who could bring news of her husband, yet the days passed without word.

At last, a dancing woman came to her.

“I saw something strange last night,” she said. “While gathering sticks, I fell asleep beneath a tree. When I woke, the clearing was filled with a light that was neither sunlight nor moonlight.

“A sweeper came from a snake hole at the tree’s roots and swept the ground. A water-carrier sprinkled it, and servants spread rich carpets. Then music began, and a procession of splendid young men emerged, surrounding their king.

“One by one, they danced before him. But a young man with a red star upon his forehead looked pale and sorrowful. He scarcely seemed willing to dance.”

The princess knew at once that this must be her husband.

The following night, she accompanied the woman to the tree. Hidden behind its trunk, they watched the servants prepare the clearing and the glittering procession appear.

There was the Ruby Prince.

The princess’s heart leapt at the sight of him, then ached at his sadness. She longed to call out, but remained concealed until the gathering ended and the mysterious light faded.

Night after night, she returned. She could see him, yet she could not bring him home.

At last, the dancing woman suggested a plan.

“The Snake King delights in dancing. If a woman danced before him beautifully enough, perhaps he would grant her a wish. Let me try.”

“No,” said the princess. “Teach me. I must try myself.”

She practised patiently, day after day, until her movements became graceful and assured. Then she dressed in fine white muslin and silver brocade, with jewels sparkling upon her veil, and returned to the tree.

That night, the Ruby Prince looked sadder than ever. When his turn came, he hesitated.

Before he could begin, the princess stepped from her hiding place.

She danced before the Snake King, pouring out all the longing she had carried through her lonely days. The court fell silent. Even the king watched, unmoving, until her dance ended.

Then he cried, “Unknown dancer, ask what you will, and it shall be yours!”

“Give me the man for whom I danced,” she answered.

The Snake King’s expression darkened.

“You have asked for what you had no right to claim,” he said. “But I have given my word. Take him—and go!”

The princess seized the Ruby Prince’s hand and led him beyond the enchanted circle. Together, they fled into the night.

After that, they lived happily. The palace women sometimes continued their taunts, but the princess no longer listened. She had learned that love did not require every mystery to be solved.

This time, she chose trust.

The Bread of Life

2026-10-19T19:31:00.000+01:00

The Bread of Life

The air in the temple of Sekhmet was thick with the scent of incense and desperation. Kha, a priest-physician, moved with a quiet confidence among the groaning soldiers, his linen robes stained with blood and brackish water from the Nile. A young man, a charioteer named Iry, lay on a pallet, his leg a ruin of torn flesh and splintered bone from a brutal skirmish. The wound was already turning deep, angry purple, the skin hot to the touch.

Kha’s fellow priests had done what they could. They had chanted the incantations to drive out the demons of decay and poured honey wine over the gash. But Kha knew the old ways were not enough. He had seen this sickness before, the creeping rot that turned a man’s blood to poison.

He turned to a clay bowl where a piece of barley bread, forgotten for days in the humid heat, had transformed. It was no longer food. A soft, grey-green fuzz covered its surface, a sign, the other priests said, of corruption. They were right, but Kha saw something else. He saw a different kind of life.

With a silent prayer to the goddess, he took a portion of the mouldy bread and pressed it gently into the cleaned wound. He then bound it tightly with fresh linen. The other priests watched, some with scorn, others with a flicker of hope.

For three days, Iry burned with fever. On the fourth, the angry redness began to recede. The foul smell lessened. On the seventh day, Kha unwrapped the bandage. The wound was clean, the flesh a healthy pink. New skin was beginning to form. Iry would live.

Kha had no word for what he had done. He only knew that a gift from the goddess, born of decay, had saved a life. It was a secret whispered from one healer to the next, a piece of practical magic whose logic was buried in the mysteries of the divine. The world moved on. Empires rose and fell. The secret of the mouldy bread was lost to the sands of time, remembered only as a strange, primitive superstition.

---

**Five thousand years later, in a cramped, messy laboratory in London, 1928. **

Dr Alexander Fleming, a man of untidy habits, returned from a holiday to a similar scene. His workspace was cluttered with petri dishes, little glass circles filled with a yellowish-brown jelly called agar, where he grew colonies of Staphylococcus bacteria. He had been studying these tiny killers, the cause of so many infections like the one that had nearly claimed the charioteer, Iry.

He noticed one dish was contaminated. A stray spore, likely from the mouldy air of the old building, had landed on it and grown into a fuzzy patch of green. Around this mould, something remarkable had happened. The bacteria, which had formed a thick, opaque carpet across the dish, had been dissolved. A clear halo of emptiness surrounded the contaminant.

Fleming was intrigued. He wasn't the first to notice that mould could kill bacteria, but he was the first to investigate it with the rigour of modern science. He isolated the mould, a type of *Penicillium*, and found that it produced a substance—a "mould juice"—that was lethal to a wide range of harmful bacteria but seemed harmless to human cells.

He named it **penicillin**.

It would take another decade and the work of other brilliant scientists, Howard Florey and Ernst Chain, to purify it and turn it into a miracle drug. But in that moment, Fleming had rediscovered the secret of Kha. The "corruption" the ancient priests saw was, in fact, a microscopic factory. The *Penicillium* fungus, in its fight for survival against bacteria, secreted a chemical weapon. That weapon was penicillin.

The relationship of the bread to the subject was this: the bread was not the cure. It was the vessel. It was the fertile ground, the agar in Fleming's dish, the clay bowl in Kha's temple—where the true healer, the *Penicillium* fungus, could grow. The Egyptians, through careful observation and a willingness to embrace the seemingly unclean, had stumbled upon a profound truth. They had learned to harness the power of one microbe to defeat another.

They did not know the name *Penicillium*. They had no concept of bacteria or antibiotics. But they understood the outcome. They saw life emerging from decay. They saw a festering wound become clean.

So, the story of mouldy bread is the story of a 5,000-year-old secret. It is the story of a piece of practical magic that was later explained by the language of science. It is the story of how a simple, humble loaf, left to rot, became the foundation of modern medicine, a testament to the fact that sometimes, the greatest treasures are found in the most unlikely of places, and the wisdom of the ancients can echo across millennia.

Summary

**The Ancient Practice: **

For thousands of years, ancient Egyptian physicians treated infected wounds by applying mouldy bread to them. They observed that this practice helped heal patients, but they had no scientific understanding of why it worked.

**The Modern Discovery: **

In 1928, Alexander Fleming accidentally discovered that a mould called *Penicillium* produced a substance that killed bacteria. He named this substance **penicillin**, which became the world's first widely used antibiotic.

**The Connection: **

The mouldy bread used by the Egyptians contained the same *Penicillium* fungus that Fleming later identified. The fungus secretes penicillin, which attacks and destroys harmful bacteria in wounds.

**The Conclusion: **

The ancient Egyptians had unknowingly discovered a powerful medical treatment 5,000 years before science could explain it. Their instinctive use of mouldy bread was an early form of antibiotic therapy—a discovery that modern science would only fully understand millennia later.

…

In the story, **Kha’s temple is the Temple of Sekhmet** — but I didn’t specify its city, because Kha is a fictional character and the temple is a fictional setting.

…

If we anchor it in real ancient Egypt, the most plausible location would be **Memphis**, which was a major cult centre of the goddess Sekhmet and was closely associated with priests who also practised medicine. Memphis is near modern **Mit Rahina, Egypt**.

So, to tell you frankly:

- **In the story: ** the Temple of Sekhmet, location unspecified.

- **Historically plausible setting: ** Memphis, Egypt.

- **Kha himself: ** fictional, not a known historical priest.

Sabudana: The White Pearl Saga

2026-10-15T17:37:00.000+01:00

Sabudana: The White Pearl Saga

*(How a 16-Kg Tin Can Became a Family Emergency) *

I remember my mother Soma announcing, with the gravity of a weather bulletin and the urgency of a stock-market crash: “Navratri’s are coming. Keep a good quantity of sabudana at home.”

Translation: the family was about to fast, and sabudana was not food. It was a strategic reserve. In our house, “good quantity” meant enough to survive a siege, a wedding, and at least two unexpected guests who would still expect kheer.

The moment those words left her mouth, I became a courier. My destination: Veshkak, the grocer, whose shop was a two-minute walk from home—though as a child, any errand involving sitting and waiting had the timeline of a minor epic. I would sit in his shop like a decorative parcel while he attended to other customers, weighed sugar, discussed politics, and possibly solved the mysteries of the universe. Finally, he would attend to me. From a 16-kg tin can, he would excavate the required quantity of sabudana, pack it, and hand it over as if entrusting me with diamonds.

We bought it on credit. The transaction continued monthly—a beautiful ancient system in which the grocer remembered everything, and I remembered only that I wanted to go home. His shop also sold herbs, which gave the whole place a mysterious, medicinal smell, as if any moment someone might ask for a cure for heartbreak or a stubborn landlord.

One day, I asked him, “Where does this sabudana come from?”

He smiled—the smile of a man who knew he was about to say something either deeply wise or deeply unbothered—and said, “Its plant lies below the soil, and there it makes pearls. That is sabudana.”

I laughed. I thought it was a big joke. Underground pearl factory? What next, potatoes wearing necklaces? Onions applying for passports?

Later, in college, I came to know the actual story. And, irritatingly, the grocer had been poetically close and factually far.

Sabudana is made from tapioca starch, which comes from the cassava root, also called tapioca root. In India, the pearls sold as sabudana are usually tapioca pearls, not true sago from the sago palm. So, the name “sago” is a bit of a family nickname that stuck.

Nutritionally, sabudana is mainly a high-energy, starchy food. It gives quick energy but has very little protein, fiber, vitamins, or minerals. This is why it is best eaten with peanuts, vegetables, curd, or milk rather than alone. Eating plain sabudana and expecting to become a champion athlete is like filling a car with only petrol and wondering why the seats are missing. You will move, yes. But you will not be nourished in a well-rounded way.

Cassava roots are usually harvested by hand after about 8–12 months, then processed quickly because they spoil within a few days. Cassava is not a patient vegetable. It does not wait for you to finish your tea. The exact processing depends on whether the goal is fresh cassava, flour, starch, or sabudana pearls.

To make sabudana, factories focus on extracting starch. The cassava roots are washed, peeled, and crushed or grated. The pulp is mixed with water, and the starch is separated from the fiber. The starch settles. It is dewatered, and is formed into tiny granules. Then the granules are roasted or heated and dried into round white pearls. Basically, cassava goes in looking like a rough root and comes out looking like tiny edible pearls that have no idea they used to be a root.

Sabudana is good for several things. Quick energy: its starch is easy to digest, which is why sabudana khichdi or kheer is common during fasting. Gentle on the stomach: plain, lightly cooked sabudana can be useful when someone needs a light meal. Gluten-free: it is suitable for people avoiding wheat or gluten. Weight gain: because it is calorie-dense, small portions can help underweight people add energy, especially when combined with nutritious foods.

But it is not a magic health pill. It is more like an emergency energy delivery system. During Navratras, it earns its fame because it fills the stomach, pleases the soul, and can be made into khichdi, kheer, vada, or whatever the family expert decides. My mother Soma knew this. Veshkak the grocer knew this, though he explained it like a folk tale. College taught me the rest.

And now, whenever I see those white, pearl-like sabudana, I think of that 16-kg tin, the monthly credit ledger, the herbs, the waiting, and the shopkeeper’s smile. He said the plant lies below the soil and makes pearls. It was not exactly botany. But honestly, for a child waiting in a grocery shop, it was close enough to magic.

From Oil to Bytes: The Story of Wipro

2026-10-11T20:52:00.000+01:00

From Oil to Bytes: The Story of Wipro

A Small Beginning in a Small Town

In 1945, in a quiet town called Amalner in Maharashtra, a man named Mohamed Hasham Premji started a small business. He made something simple but essential: cooking oil and vegetable ghee. He called his company **Western India Vegetable Products Limited**.

His brands had cheerful names like *Sunflower*, *Kisan*, and *Camel*. The sunflower, bright and sunny, became the symbol of his young company. Local people—farmers, teachers, and shopkeepers—were even offered shares in the business. Nobody knew then that this tiny oil company would one day become a giant in the world of technology.

---

A Young Man's Heavy Responsibility

In 1966, something sad happened. Mohamed Premji passed away suddenly. His son, **Azim Premji**, was only 21 years old. He was far away in the United States, studying engineering at Stanford University.

When he heard the news, he had a difficult choice to make. Should he continue his studies, or should he return home to take care of his family's business? He chose to come back to India.

Many people doubted him. "How can such a young boy run a company?" they whispered. But Azim Premji was determined. He rolled up his sleeves, learned every part of the business, and worked harder than anyone expected.

---

From Oil to Soap

Azim Premji was smart and saw opportunities everywhere. He knew that making cooking oil created leftover materials that could be used for something else. Soap is made from oils and fats through a simple chemical process called *saponification*.

Why waste anything when you can make something useful?

So Wipro started making **787 laundry soap**. It wasn't the most famous soap in India, but it was an important first step. The company was learning to do more with less. Soon, Wipro was making soaps, toiletries, lighting products, and even hydraulic cylinders!

In 1977, the company shortened its long name to something catchier: **Wipro**.

---

The Big Chance

The most important moment came in 1980. IBM, a huge American computer company, decided to leave India. Most people saw this as bad news. But Azim Premji saw something else—an **opportunity**.

"Computers are the future," he thought. "Why can't Wipro make them?"

And so, Wipro entered the world of information technology. At first, it made minicomputers. Then it moved into software. Slowly but steadily, the company that once made cooking oil began writing computer code and building technology systems for clients around the world.

---

A New Identity

But wait—did Wipro stop making soaps and oils? Not right away. For many years, the company did both: it made consumer products *and* built computers. It was like a person learning to play two instruments at once!

In 2013, the company made a big decision. It split into two parts:

- **Wipro Limited** would focus only on IT services, software, and technology.

- **Wipro Enterprises** would continue making consumer products like soaps and toiletries.

The old vegetable-oil business didn't disappear. It just moved into its own home, while Wipro Limited spread its wings and flew into the digital world.

---

From a Small Town to the World

By 2000, Wipro had grown so much that it listed its shares on the **New York Stock Exchange**. A small oil company from Amalner had become a global technology giant!

Today, Wipro helps companies all over the world with software, cloud computing, artificial intelligence, and digital transformation. But the heart of its story remains the same: a young man who believed in hard work, smart thinking, and never wasting an opportunity.

---

What We Can Learn

The story of Wipro teaches us something beautiful:

**A small seed, when watered with determination and vision, can grow into a mighty tree.**

From sunflower oil to computer software, Wipro's journey shows that change is not something to fear—it's something to embrace. And sometimes, the best ideas come from looking at what you already have and asking, "What else can this become?"

**The Moral: **

**Be like Wipro—never stop learning, never stop growing, and always see the opportunity hidden in every challenge. **

Ref:

[wipro][en.wikipedia][sciencedirect][en.wikipedia][grandviewresearch][scholarsarchive.byu][news24online][investopedia][youtube][linkedin][technologymagazine] [technologymagazine][technologymagazine][scribd][scribd][risevestors][investopedia][investopedia]

Kashmir and the Missing Clothes

2026-10-11T18:34:00.000+01:00

An imagined anecdote rather than a verified historical incident.

Kashmir and the Missing Clothes

The United Nations hall was buzzing with speeches, objections, and diplomatic expressions so carefully arranged that even a smile required international approval.

The subject was Kashmir.

In this imagined scene, Prime Minister P. V. Narasimha Rao had sent Atal Bihari Vajpayee to represent India. Vajpayee rose to speak, adjusted the microphone, and surveyed the gathering with the calm of a man who knew that a well-timed pause could accomplish more than three pages of argument.

“Before I address the issue,” he said, “permit me to tell a small story.”

A few delegates settled back gratefully. After hours of speeches, even the interpreters welcomed a change.

“Long, long ago,” Vajpayee began, “the sage Kashyap was walking through a thick forest in the beautiful land that, according to tradition, came to bear his name—Kashmir.

“After a long journey, he discovered a clear, inviting lake. He decided to bathe.”

Vajpayee paused.

“Being a practical sage, he first removed his clothes.”

A few smiles appeared.

“He folded them neatly, placed them on the bank, and entered the water. After a refreshing bath, he returned—only to discover that his clothes had disappeared.”

Another pause.

“Some Pakistanis had stolen them.”

The Pakistani representative sprang to his feet.

“Objection! This is absurd!”

Vajpayee looked at him with mild surprise.

“Which part?”

“The Pakistanis! Pakistan did not even exist in the time of Sage Kashyap. How could Pakistanis have stolen his clothes?”

Vajpayee allowed the words to settle. Then a slow smile spread across his face.

“Ah,” he said, “I am delighted that you have clarified the chronology.”

The representative hesitated. His objection had suddenly begun to feel less comfortable.

Vajpayee leaned towards the microphone.

“The point I wished to make has now been introduced by my distinguished colleague. We may proceed to his claim that Kashmir has always belonged to Pakistan.”

For a moment, the hall was silent. Then, in the story, laughter broke out, followed by applause.

The Pakistani representative sat down with the expression of a man who had rushed to rescue a missing wardrobe and accidentally opened a diplomatic trapdoor.

Vajpayee straightened his papers.

“Now,” he said, “having dealt with the missing clothes, let us address the matter at hand.”

The joke turns on a rhetorical trap, not a legal argument: a country’s founding date alone does not settle a territorial claim.

settle a territorial claim.

The Sparkly Necklace

2026-10-10T20:51:00.000+01:00

The Sparkly Necklace

Once upon a time, there lived a woman named Mathilde and her husband, Louis, in a small, cozy home.

Louis was kind and cheerful. He loved their warm soup, their little table, and the way Mathilde sang while she worked.

But Mathilde often looked out the window and sighed.

“I wish we had a big house,” she said. “I wish I had shiny dresses and beautiful jewels.”

Louis wanted Mathilde to be happy. One day, he came home holding a special envelope.

“Mathilde!” he said. “We have been invited to a grand party!”

Mathilde opened the invitation. Her eyes grew wide.

“A grand party?” she said. “But I have nothing lovely to wear!”

Louis saved his money and bought her a pretty new dress. Still, Mathilde frowned.

“A dress is not enough,” she said. “I need something sparkly.”

So, Mathilde visited her friend, Madame Forestier.

“May I borrow a necklace for the party?” Mathilde asked.

Her friend smiled and opened a little jewelry box.

“Of course,” she said. “Choose one.”

Mathilde saw a necklace that glittered like tiny stars.

“Oh!” she gasped. “This one is perfect!”

At the party, Mathilde felt like a princess. People smiled at her. They admired her dress and her shining necklace. She danced and laughed all evening.

But when she got home, Mathilde touched her neck—and suddenly froze.

“The necklace is gone!” she cried.

Louis searched the streets. Mathilde searched for their pockets, their coats, and the floor of their little home.

But the necklace was nowhere.

Mathilde and Louis were afraid to tell Madame Forestier. Instead, they found a necklace that looked exactly the same. It cost almost all the money they had—and much more money that they had to borrow.

For many years, Mathilde and Louis worked very hard to pay back the money. They cleaned, carried, cooked, and saved every coin.

At last, they had paid everything back.

One day, Mathilde saw Madame Forestier walking down the street.

“I must tell you something,” Mathilde said sadly. “I lost your necklace long ago. We bought another one to replace it, and it took us many years to pay for it.”

Madame Forestier looked surprised.

“Oh, Mathilde!” she said gently. “That necklace was not made of real diamonds.”

Mathilde blinked.

“It was only a pretty costume necklace,” said Madame Forestier. “It was not worth very much at all.”

Mathilde stood quietly for a moment.

Then she understood an important lesson: beautiful things can be fun, but kindness, honesty, and being grateful for what we have are far more precious than anything that sparkles.

The lesson

It is good to enjoy pretty things, but we do not need them to be special. Telling the truth and appreciating the people and home we already have can save us from many troubles.

"The Necklace" is a short story written by Guy de Maupassant, first published in 1884. It's a tale about pride and the consequences of vanity.

Roly-Poly Adventure: The Amazing Life of Pill Bugs

2026-10-10T19:34:00.000+01:00

Roly-Poly Adventure: The Amazing Life of Pill Bugs

Have you ever lifted up a rock in your backyard and found a tiny, gray creature that rolled up into a little ball? That's a roly-poly! Some people call them pill bugs, potato bugs, or woodlice. Let's learn all about these cool little critters!

What Do Roly-Polies Look Like?

Roly-polies are tiny creatures that look like little armoured tanks. They have oval-shaped bodies that are flat on the bottom. Most of them are dark brown or black, but some can be gray too. They wear a hard shell on the outside of their body, just like a knight wears armor! This shell protects them and makes them look shiny.

These little guys have seven pairs of legs. That's fourteen legs total! Can you imagine having that many legs? Their legs are short and strong, perfect for digging through dirt and walking around.

On their heads, roly-polies have two antennae that help them feel things around them. They also have tiny eyes to see where they're going. Their mouths are made for chewing up their food.

Where Do Roly-Polies Live?

Roly-polies love dark, wet places. You can find them under rocks, logs, and piles of leaves. They like to hide in damp spots because they need moisture to stay healthy. If they get too dry, they can get sick!

These little creatures live all over the world. They can be found in forests, gardens, and grasslands. They especially love gardens because there's lots of yummy food there!

The Coolest Trick: Rolling Up!

The most amazing thing about roly-polies is their special trick. When they feel scared, they roll up into a tight little ball! This is called "conglobation." When they roll up, their hard shell protects their soft belly and all their legs.

Why do they do this? It helps keep them safe from birds, spiders, and other animals that might want to eat them. When a roly-poly is rolled up, it looks just like a tiny ball, and predators can't get to their soft parts. It's like having a built-in shield!

What Do Roly-Polies Eat?

Roly-polies are like tiny garbage collectors for nature. They eat old, dead plants and leaves that have fallen to the ground. They also eat rotting wood and other yucky stuff that plants don't need anymore.

When they eat this old plant material, something magical happens. Their bodies turn it into healthy food for the soil! This helps new plants grow big and strong. That's why gardeners love roly-polies so much. They're helpers in the garden!

Roly-Poly Families

When it's time to have babies, boy roly-polies do a special dance to impress girl roly-polies. After they get married (in roly-poly style!), the mommy roly-poly carries her eggs in a special pouch under her body.

The eggs stay in this pouch until they hatch. When the babies come out, they look just like tiny versions of their parents! Baby roly-polies are very small, but they grow bigger and bigger until they're all grown up.

Why Roly-Polies Are Important

Roly-polies might be small, but they do big jobs! They help keep nature clean by eating dead plants and turning them into healthy soil. This helps plants grow, which gives us food to eat and pretty flowers to look at.

They also dig little tunnels in the soil when they walk around. These tunnels help air and water get into the ground. This is good for plant roots because they need air and water to grow.

How to Be a Friend to Roly-Polies

If you want roly-polies to live in your garden, here are some nice things you can do:

First, leave some wet, shady spots in your yard. You can put down rocks, logs, or piles of leaves where they can hide. They love these cozy spots!

Second, don't use chemicals or bug sprays in your garden. These can hurt roly-polies and make them sick. Instead, let them do their job naturally.

Third, you can gently pick up roly-polies and move them to your garden if you find them somewhere else. But remember to be very gentle and always put them in a damp, dark spot where they'll be happy.

Fun Facts About Roly-Polies

Did you know that roly-polies are actually related to crabs and lobsters? It's true! They're crustaceans, just like the animals that live in the ocean. But instead of living in water, roly-polies live on land.

Roly-polies can drink water through their bottoms! They have special tubes on their backs that they use to breathe, kind of like gills. This is another way they're like their ocean cousins.

Some roly-polies can live for two to three years. That's a long time for such a tiny creature!

There are over 5,000 different kinds of roly-polies in the world. They come in many sizes, from tiny ones you can barely see to bigger ones that are several centimetres long.

Roly-Polies in Stories and Art

People have been telling stories about roly-polies for hundreds of years. In some old stories, roly-polies were said to bring good luck and money. People thought their habit of rolling into a ball meant they were good at protecting themselves, and this was a sign of being smart and strong.

Artists and writers love royal polies too. You might find them in paintings, in children's books, or in cartoons. Their funny shape and rolling trick make them fun characters in stories.

Remember to Be Kind

Roly-polies are tiny creatures, but they're important. They help our gardens grow and keep nature healthy. Next time you see one, say hello! Watch it for a while and see what it does. Maybe you'll see it roll up into a ball!

If you want to hold one, be very gentle. Let it walk on your hand for a moment, then put it back in a safe, damp spot. Roly-polies are our little friends, and we should always treat them with kindness.

So, the next time you're playing outside, keep an eye out for these amazing little creatures. They might be hiding under a rock or a log, waiting to show you their cool rolling trick. Roly-polies are truly wonderful wonders of nature!

Ref:

1. https://inheritedseeds.com/blogs/news/building-soil-naturally

2. Pandey, P., Agrahari, R. K., & Upadhyay, V. K. (2017). Bioindicators and their role in environmental monitoring. International Journal of Advanced Research, 5(8), 1340-1344.

3. Hopkin, S. P., & Read, H. J. (1992). The biology of woodlice. Oxford University Press.

4. Skilton, R. (2012). Woodlouse weather folklore and habitats. Sussex Wildlife Trust: Nature Reserve News, 14, 10-11.

5. Wilson, R. A. (2018). Rollie Pollies / Oniscidae in Literature. Children's Literature Association Quarterly, 43(4), 401-404.

6. Ng, A., & Anderson, A. (2015). Beneficial insects and their use in organic farming. Pest Management Science, 71(5), 643-655.

7. Koch, R. L., & Burkness, E. C. (2010). The role of beneficial insects in resurgent outbreaks of twospotted spider mite (Acari: Tetranychidae) on impatiens in greenhouses: current status and future prospects. Biological Control, 52(4), 227-235.

8. Frank, S. D., & Shrewsbury, P. M. (2004). Management of the woodlouse, Porcellio scaber (Isopoda: Oniscidea), in commercial nurseries with barrier repellents. Journal of Economic Entomology, 97(3), 843-847.

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