Sho Takatori
Watching Colloids Spin, Twist, and Interact in Real Time
31:56
Sho Takatori
How Einstein Estimated Avogadro’s Number: Shear Viscosity and Diffusivity
1:01:22
Sho Takatori
How the Heat Equation Turns Nonlinear: A Path to Kuramoto–Sivashinsky
1:01:54
Sho Takatori
How Oscillations Penetrate a Sphere: Multi-Scale Analysis of Diffusion
35:56
Sho Takatori
When Reactions Dominate Diffusion: Singular Perturbation Analysis
54:03
Sho Takatori
Diffusion Into a Catalyst: Regular Perturbation Analysis
50:38
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (6/6): Embeddings and Observability
1:14:06
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (5/6): Real-life examples
51:28
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (4/6): Sparse regression
1:25:58
Sho Takatori
【スタンフォード大学教授】研究・留学・Science Communication について
12:01
Sho Takatori
Can AI really solve this? — by skeptical Stanford Professor
23:24
Sho Takatori
Using LLMs to solve PDEs (heat equation)
17:35
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (3b/6): Nonlinear Heat Equation & Machine Learning
31:23
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (3a/6): Nonlinear Heat Equation & Machine Learning
1:36:36
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (2b/6): Heat equation meets ML | Gray Box modeling
1:36:15
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (2a/6): Heat equation meets ML
32:40
Sho Takatori
Data-Driven Modeling for Scientists & Engineers (1/6): From measurements to models
37:12
Sho Takatori
【Stanford engineering】Applied mathematics (Bonus/20): Final words and my advice to students
6:47
Sho Takatori
【Stanford engineering】Applied mathematics (20/20): Diffusion-reaction eqn
36:40
Sho Takatori
【Stanford engineering】Applied mathematics (19/20): Semi-infinite media -- Laplace transform
30:36
Sho Takatori
【Stanford engineering】Applied mathematics (18/20): Semi-infinite media -- Similarity transform
54:48
Sho Takatori
【Stanford engineering】Applied mathematics (17/20): Diffusion eqn: derivation
44:24
Sho Takatori
【Stanford engineering】Applied mathematics (16/20): Heat eqn: cylindrical Bessel functions
52:26
Sho Takatori
【Stanford engineering】Applied mathematics (15/20): Heat eqn: 2D
1:07:34
Sho Takatori
【Stanford engineering】Applied mathematics (14/20): Boundary Conditions (BCs)
33:26
Sho Takatori
【Stanford engineering】Applied mathematics (13/20): FAIL -- separation of variables
55:32
Sho Takatori
【Stanford engineering】Applied mathematics (12/20): Heat eqn: 1D
47:10
Sho Takatori
【Stanford engineering】Applied mathematics (11/20): Heat eqn: derivation
31:36
Sho Takatori
【Stanford engineering】Applied mathematics (10/20): Fourier series - part 2 (image analysis)
45:25
Sho Takatori
【Stanford engineering】Applied mathematics (9/20): Fourier series - part 1
48:48
Sho Takatori
【Stanford engineering】Applied mathematics (8/20): Laplace transforms - part 3
45:07
Sho Takatori
【Stanford engineering】Applied mathematics (7/20): Laplace transforms - part 2
1:03:11
Sho Takatori
【Stanford engineering】Applied mathematics (6/20): Laplace transforms - part 1
51:24
Sho Takatori
【Stanford engineering】Applied mathematics (5/20): Frobenius series
45:43
Sho Takatori
【Stanford engineering】Applied mathematics (4/20): Power series
1:18:39
Sho Takatori
【Stanford engineering】Applied mathematics (3/20): 2° ODEs
1:14:00
Sho Takatori
【Stanford engineering】Applied mathematics (2/20): 1° ODEs
24:06
Sho Takatori
【Stanford engineering】Applied mathematics (1/20): Classification of differential equations
36:35
Sho Takatori
Picture-perfect models for complex materials
55:27
Sho Takatori
Dear prospective student ... Join us at Stanford!
26:24
Sho Takatori
Video abstracts of Takatori lab research (2023)
8:53
Sho Takatori
A drunken trajectory: Tracking active matter systems
45:51
Sho Takatori
How journal papers get REJECTED [Life on the academic battlefield]
7:14
Sho Takatori
Takatori Lab introduction
1:02