02:17:06
UnitSystems.jl and the Unified System of Quantities (USQ)
42:01
Finite element methods using Grassmann.jl, Cartan.jl
01:05:08
Various integral methods using Grassmann.jl and Cartan.jl
49:41
Tangent vector fields using Grassmann.jl and Cartan.jl
01:11:12
Grassmann.jl and Cartan.jl API design overview
01:47:34
Review of chakravala/Grassmann.jl geometric algebra
04:20:01
Differential geometric algebra: compute using Grassmann.jl, Cartan.jl
45:01
Multilinear Lie bracket recursion formula (new proof)
47:47
chakravala's experiences with Julia Computing & Wolfram Research
02:17:07
chakravala's UnitSystems.jl and the Unified System of Quantities (USQ)
59:10
Cartan.jl TensorField analysis language design
39:37
abstract ramblings on ghost topologies
33:34
Grassmann.jl geometric algebra overview in Julia language
13:53
Cartan-Dieudonne rotoreflection theorem & Dirac reflection decomposition
17:53
Dirac-Clifford operator & Maxwell's equations with geometric algebra
33:42
Variants of interior products in terms of Grassmann's geometric algebra
13:26
Complement of complement axiom as theorem (geometric algebra proof)
18:13
Definition of Grassmann-Hodge ★ complement for geometric algebra
01:37:08
Grassmann-Hodge ★ Complement with chakravala's Geometric Algebra
03:14:16
Foundations of Differential Geometric Algebra / Grassmann.jl
28:55
Mathematical Discovery ~ Henri Poincare
22:47
Differential geometric algebra foundations: Grassmann.jl Ascend
X
About
Interests include music production, mathematics and computer algebra research for differential geometric algebras, with an interest in aerospace engineering applications. Foundations of the open source free software Grassmann.jl are based on differential geometric algebra github.com/chakravala
Tags