filmov
tv
Differential Forms
Показать описание
In this lecture I will talk about one of the most useful concepts to Theoretical Physics in Advanced Mathematics, discussing why so and what do they provide us with? I will talk about the p-forms in detail, introducing wedge products, exterior derivatives and corresponding anti-derivatives. In the end we talk about the basis of a p-form and then the physical significance of differential forms and their relation to topology, where I briefly talk about D-Branes in relation to String theory.
0:09:45
The derivative isn't what you think it is.
0:45:20
Lecture 5: Differential Forms (Discrete Differential Geometry)
0:06:19
Stokes' Theorem on Manifolds
0:11:31
Differential Forms | What is a 1-form?
0:45:14
Differential Forms
0:13:08
Differential Forms | Introduction and the Tangent Space
0:04:49
Geometric Algebra -- What is area? | Wedge product, Exterior Algebra, Differential Forms
0:15:49
Tensor Calculus 6: Differential Forms are Covectors
0:37:46
CSIR NET DEC 2024 | Mathematical Science | ODE | PYQs For GATE Exam | By Raman Sir
0:13:37
Differential Geometry in Under 15 Minutes
0:05:43
Differential Forms: PART 1A: TANGENT SPACES (INTUITIVELY)
0:31:19
15.7-3 Differential forms
0:00:36
CalcBLUE 4 : Ch. 14 : DIFFERENTIAL FORMS & EMAG : INTRO
0:49:45
Multivariate Calculus: Lecture 57: introduction to differential forms
0:16:27
Differential Forms | The exterior derivative.
1:35:54
Lecture 4: Differential Forms and Integration
0:11:04
Differential Forms | What is a differential m-form?
0:11:19
Manifolds #10 - Introducing Differential Forms (on R^d)
0:17:48
1 forms | Differential Forms
0:25:41
Supplemental: Vector-Valued Differential Forms (Discrete Differential Geometry)
0:00:37
CalcBLUE 4 : Ch. 8 : DIFFERENTIAL FORMS IN 3-D : INTRO
0:55:14
Lecture 4: k-Forms (Discrete Differential Geometry)
1:09:05
Lecture 8: Discrete Differential Forms (Discrete Differential Geometry)
0:09:54
De Rham Cohomology: PART 1- THE IDEA
Комментарии