Complete transfer to Notion Platform

2021-04-11T21:16:00.001-07:00

Dear all readers,

We are happy to announce that after several months of work, we have finally transferred all our contents on Facebook page and Blogger to Notion platform, and all episodes now are available in English.

Please check our new home here:

https://www.notion.so/Three-Minute-Biophysics-01e6fb443d004330988e5cfd6b966111

Also, as after several years, links and equations broke for no reasons, and I am fed up with how Blogger makes formatting so difficult, regretfully this Blogger site will no longer be maintained. Please check our Notion page for a better reading experience.

Transferring from Blogger to Notion

2020-07-12T22:54:00.001-07:00

Hello everyone! Currently I am trying to transfer this blog from Blogger to Notion, because it is easier to type equations and incorporate multiple multimedia, and also because of the better aesthetics. This website will continue to exist, but will no longer update.

It will take a while for me to complete this process, and you can check our facebook page (https://www.facebook.com/3minBioPhysics) for more update. You can also go check my first blog post in Notion. Currently I have not made a custom domain name for my Notion page because of some issues with GoDaddy, but will soon update it and post here. Many thanks for all my readers support, and I wish you all stay safe and healthy!

[Pinned Post] List of Articles

2020-01-01T07:39:00.000-08:00

Three Minute Biophysics: List of Articles

(last updated: 2019/09/01)

希望各位讀者在本站能覺得有趣、收穫滿滿。
We hope everyone has fun here! English versions of some articles are under construction. They will be released soon.

#biophysics. #3minBiophysics. #生物物理 #三分鐘生物物理
※Special:
特別篇--生物物理相關部落格

Blogs Dedicated to Biophysics: https://bit.ly/2kgJL5O

※Coming Soon:
99
腸道為何彎彎曲曲
The Geometry of the Guts
98
常識集--桿狀物與板狀物的形變
Fundamentals -- the deformation of rods and plates

※List of Articles:
97
RNA聚合酶與DNA結合的熱力學
The thermodynamics of RNA polymerase binding: shorturl.at/efmq7
96
常識集--材料力學的基本概念與一些恆等式
Fundamentals -- Basic concepts and identities in material mechanics: shorturl.at/ijsMZ
95
常識集--本徵值問題、Cayley-Hamilton定理和張量的不變量
Fundamentals -- eigenvalue problem, Cayley-Hamilton theorem and the invariants of tensors: shorturl.at/mprBX
94
常識集--張量的座標轉換與基本性質
Fundamentals -- Transformation rules and other properties of tensors: shorturl.at/guz38
93
常識集--張量、基本符號與一些恆等式
Fundamentals -- Tensors, Symbols, and Some Basic Identities: shorturl.at/tABGK
92
用哥白尼原則預測未來!?
To be a prophet!? The Copernican principle: shorturl.at/eoNSX
91
RNA剪接的模擬
A kinetic model of pre-mRNA splicing: shorturl.at/jkq18

90
如何製造出細胞週期
Building bio-latches and checkpoint controls: https://goo.gl/RtE9ng
89
芭雷舞式心室頻脈的機轉
Mechanism of Torsades de Pointes: https://goo.gl/UnRJN2
88
第三心音的來源-III
The origin of third heart sound - III: https://goo.gl/iznKaw
87
第三心音的來源-II
The origin of third heart sound - II: https://goo.gl/mvmXZn
86
第三心音的來源-I
The origin of third heart sound - I: https://goo.gl/zW9ujL
85
感覺適應的能量代價-III
Energy trade-off in sensory adaptation-III: https://goo.gl/bw6bPC
84
感覺適應的能量代價-II
Energy trade-off in sensory adaptation-II: https://goo.gl/YoDGqS
83
感覺適應的能量代價-I
Energy trade-off in sensory adaptation-I: https://goo.gl/qF3tcb
82
熵產生的電腦模擬
Computer simulation of entropy production: https://goo.gl/uhsBE8
81
福克-普朗克方程與熵的產生
Entropy production described by Fokker-Planck equation:https://goo.gl/1NXLR7
80
常識集--線性穩定分析
Fundamentals--Linear Stability Analysis: https://goo.gl/rOkv0h
79
血吸蟲尾蚴的尾巴為何分岔
Forked tails of the cercariae of blood flukes: https://goo.gl/iZ7fiU
78
微觀卡諾引擎-II：
Brownian Carnot engine-II: https://goo.gl/gLiNLA
77
微觀卡諾引擎-I：
Brownian Carnot engine-I: https://goo.gl/Vbl8vX
76
常識集_卡諾引擎：
Fundamentals--Carnot engine: https://goo.gl/QySuJE
75
福克-普朗克方程的應用-II:
The application of Fokker-Planck equation-II: https://goo.gl/zRGx32
74
福克-普朗克方程的應用-I: https://goo.gl/wSCnp8
The application of Fokker-Planck equation-I:(↑written in both Chinese & English)
73
福克-普朗克方程與朗之萬方程: https://goo.gl/FMurRr
The equivalence of Langevin equation and Fokker-Planck equation: (↑written in both Chinese & English)
72
朗之萬方程的電腦模擬: https://goo.gl/44FJnt
Computer simulation of Langevin equation: (↑written in both Chinese & English)
71
常識集_朗之萬方程: https://goo.gl/gWzq2m
Fundamentals--Langevin equation: (↑written in both Chinese & English)
70
梯度感應_四：http://goo.gl/KsXvif
Gradient sensing-IV：(↑written in both Chinese & English)
69
常識集_最大似然估計理論：http://goo.gl/lHWdUY
Fundamentals--Maximum Likelihood Theory：(↑written in both Chinese & English)
68
梯度感應_三：https://goo.gl/mdy2IW
Gradient sensing-III：(↑written in both Chinese & English)
67
梯度感應_二：https://goo.gl/btlx9S
Gradient sensing-II：(↑written in both Chinese & English)
66
梯度感應_一：https://goo.gl/YRkWo4
Gradient sensing-I：(↑written in both Chinese & English)
65
血球的數量消長_下：https://goo.gl/8ZuCRA
The oscillation in peripheral blood-III：(↑written in both Chinese & English)
64
血球的數量消長_中：https://goo.gl/kuwxUP
The oscillation in peripheral blood-II：(↑written in both Chinese & English)
63
血球的數量消長_上：https://goo.gl/uhBjuZ
The oscillation in peripheral blood-I：(↑written in both Chinese & English)
62
光學相干斷層掃描_下：https://goo.gl/YU7jaG
Optical coherence tomography-IV：(↑written in both Chinese & English)
61
光學相干斷層掃描_中二：https://goo.gl/YBiMYO
Optical coherence tomography-III：(↑written in both Chinese & English)
60
光學相干斷層掃描_中一：https://goo.gl/OsDxWz
Optical coherence tomography-II：(↑written in both Chinese & English)
59
光學相干斷層掃描_上：https://goo.gl/Q3DbrO
Optical coherence tomography-I：(↑written in both Chinese & English)
58
常識集_光的同調性：https://goo.gl/pwVuwW
Fundamentals--The coherence of light：(↑written in both Chinese & English)
57
常識集_高斯光束：https://goo.gl/i4L8Oc
Fundamentals--Gaussian beam：(↑written in both Chinese & English)
56
常識集_夫朗和斐繞射_下：https://goo.gl/7FzpQX
Fundamentals--Fraunhofer diffraction-III：
55
常識集_夫朗和斐繞射_中：https://goo.gl/EbUQK7
Fundamentals--Fraunhofer diffraction-II：
54
常識集_夫朗和斐繞射_上：https://goo.gl/R1fVi1
Fundamentals--Fraunhofer diffraction-I：(↑written in both Chinese & English)
53
擁擠的細胞：https://goo.gl/C8sZtr
The crowded nature of cells：
52
習作簿_Capillary_Rise_in_Gradient_Wedge：https://goo.gl/90leHf
Problems--Capillary Rise in Gradient Wedge：
51
豬籠草的甜蜜陷阱：https://goo.gl/tGblod
The trap of pitcher plant：
50
常識集_Dirac_delta_function：https://goo.gl/lTv7CE
Fundamentals--Dirac delta function：
49
常識集_類神經網路_下：https://goo.gl/cvuKl4
Fundamentals--Artificial neural network-II：
48
常識集_類神經網路_上：https://goo.gl/8GRz7d
Fundamentals--Artificial neural network-I：
47
凝血的物理：https://goo.gl/H4B0sg
The physics of hemostasis：
46
WBE_Scaling_Law_下_為什麼要探討指數律：https://goo.gl/80gc9t
WBE Scaling Law-IV：
45
常識集_彈性動脈中的血流_下：https://goo.gl/F3iDxE
Fundamentals--Blood flow in elastic arteries-II：
44
常識集_彈性動脈中的血流_上：https://goo.gl/g1wM8v
Fundamentals--Blood flow in elastic arteries-I：
43
常識集_Bessel_Function_下：https://goo.gl/uLTxd8
Fundamentals--Bessel Function-II：
42
常識集_Bessel_Function_上：https://goo.gl/nWJtnJ
Fundamentals--Bessel Function-I：
41
WBE_Scaling_Law_中二：https://goo.gl/3LCv4e
WBE Scaling Law-III：
40
WBE_Scaling_Law_中一：https://goo.gl/Oq7vMn
WBE Scaling Law-II：
39
WBE_Scaling_Law_上：https://goo.gl/aUhE4U
WBE Scaling Law-I：
38
基因表現的熱力學限制：https://goo.gl/UkSM7E
Thermodynamics limitations on genetic expression：
37
常識集_Grand_Canonical_Ensemble：https://goo.gl/dmhsF8
Fundamentals--Grand Canonical Ensemble：
36
常識集_Maxwell_Relations：https://goo.gl/MzQbIu
Fundamentals--Maxwell Relations：
35
常識集_Fundamental_Thermodynamic_Relations：https://goo.gl/uc0tRH
Fundamentals--Fundamental Thermodynamic Relations：
34
解讀統計分布的方式_下：https://goo.gl/Ouph1W
How to interpret a statistical distribution - III：
33
解讀統計分布的方式_中：https://goo.gl/OTi2yM
How to interpret a statistical distribution - II：
32
解讀統計分布的方式_上：https://goo.gl/J6Os3v
How to interpret a statistical distribution - I：
31
常識集_Gamma_Distribution：https://goo.gl/1SLk8X
Fundamentals--Gamma distribution：
30
蟬翼的秘密武器：https://goo.gl/e266M9
The secret in the wings of Cicada：
29
游泳的指數律_下：https://goo.gl/U99dnI
The scaling law of swimming-III：
28
游泳的指數律_中：https://goo.gl/VS3xU1
The scaling law of swimming-II：
27
游泳的指數律_上：https://goo.gl/WEf00s
The scaling law of swimming-I：
26
常識集_Blasius_boundary_layer：https://goo.gl/2MtFxX
Fundamentals--Blasius boundary layer：https://goo.gl/88dKLE
25
常識集_Navier_Stokes_equation：https://goo.gl/0XqMHW
Fundamentals--Navier-Stokes equation：(↑written in both Chinese & English)
24
蛋白質表現的隨機過程：https://goo.gl/2JgbrC
Protein expressions, a stochastic process：https://goo.gl/GP1pXs
23
常識集_傅立葉轉換：https://goo.gl/ZChYZ0
Fundamentals--Fourier transform：(↑written in both Chinese & English)
22
常識集_布瓦松分布：https://goo.gl/2DzxPM
Fundamentals--Poisson distribution：https://goo.gl/nRNgkv
21
狗兒甩水頻率的指數律_下：https://goo.gl/E429Gf
The scaling law of shaking water off-II：https://goo.gl/6ZqsxK
20
狗兒甩水頻率的指數律_上：https://goo.gl/uzzOHO
The scaling law of shaking water off-I：https://goo.gl/RRZqCi
19
輕功水上漂可行嗎：https://goo.gl/UkQ5F7
The possibility of walking on water：https://goo.gl/vyL64m
18
腫瘤代謝的指數律：https://goo.gl/p1M35n
The scaling law of the metabolism of tumors：https://goo.gl/UCJK5l
17
視網膜的內建光纖：https://goo.gl/6yNfsS
The optical fibers in our retina：https://goo.gl/ZW327e
16
酵素的噴射引擎_下二：https://goo.gl/O5YJ1e
How enzymes propel themselves-VI：https://goo.gl/1z6RGM
15
酵素的噴射引擎_下一：https://goo.gl/OQ3K6X
How enzymes propel themselves-V：https://goo.gl/VP7yQr
14
酵素的噴射引擎_中三：https://goo.gl/Uo3oxu
How enzymes propel themselves-IV：https://goo.gl/8XDoJM
13
酵素的噴射引擎_中二：https://goo.gl/NWfUQt
How enzymes propel themselves-III：https://goo.gl/3zAzP8
12
酵素的噴射引擎_中一：https://goo.gl/Rxa00Q
How enzymes propel themselves-II：http://goo.gl/HbCZ5P
11
酵素的噴射引擎_上：https://goo.gl/EuJfSY
How enzymes propel themselves-I：http://goo.gl/79gme1
10
胚胎發育時的都卜勒效應：https://goo.gl/QF4vOU
The Doppler effect during development：http://goo.gl/J10ZlE
9
花蜜越濃越好嗎_番外：https://goo.gl/TAidRP
The optimal concentration of nectar-IV：http://goo.gl/LmwrX5
8
花蜜越濃越好嗎_下：https://goo.gl/y24ZvH
The optimal concentration of nectar-III：http://goo.gl/ZcJYv4
7
花蜜越濃越好嗎_中：https://goo.gl/dfP9IV
The optimal concentration of nectar-II：http://goo.gl/TEmbos
6
花蜜越濃越好嗎_上：https://goo.gl/vj9laE
The optimal concentration of nectar-I：http://goo.gl/fDyJJA
5
綠膿桿菌的擴張：https://goo.gl/15W9np
The expansion of Pseudomonas aeruginosa：https://goo.gl/dGlfOl
4
咖啡環效應： https://goo.gl/O63iM3
Coffee ring effect：https://goo.gl/ojftTE
3
指數律_動物走路和跑步_下： https://goo.gl/OUJBlb
Scaling law of locomotion-II：https://goo.gl/61l7vv
2
指數律_動物走路和跑步_上： https://goo.gl/9fegCW
Scaling law of locomotion-I：https://goo.gl/2olyQH
1
貓喝水的物理：https://goo.gl/SJIZCM
The physics of drinking water：https://goo.gl/oX904i