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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

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