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Student.


Jun
4
awarded  Yearling
Nov
11
comment Why is the Poynting Vector Symmetric in E and H?
@joshphysics Sorry it took so long to answer. You're right, my answer doesn't address the question: I'm not used to electrodynamics out of vacuum. So I'll erase it.
Oct
16
awarded  Notable Question
Jul
23
awarded  Good Question
Jul
2
awarded  Curious
Jun
5
revised Why is the Poynting Vector Symmetric in E and H?
added 31 characters in body
Jun
5
answered Why is the Poynting Vector Symmetric in E and H?
Jun
4
awarded  Yearling
Jun
3
awarded  Nice Question
May
18
comment Books to understand what's theoretical physics about
Go and talk and interview a theoretical physicist, then a mathematician; compare.
Mar
26
revised Relation between solutions to Yang-Baxter equations, integrability and exact solvability?
added 119 characters in body
Mar
26
asked Relation between solutions to Yang-Baxter equations, integrability and exact solvability?
Mar
9
suggested rejected edit on Tensor product of Hadamard Operators
Mar
9
revised Tensor product of Hadamard Operators
fine tuning :)
Mar
9
suggested approved edit on Tensor product of Hadamard Operators
Mar
7
revised In what sense is the renormalization group equation a group?
added 338 characters in body
Mar
7
revised In what sense is the renormalization group equation a group?
added 184 characters in body
Mar
7
answered In what sense is the renormalization group equation a group?
Feb
9
revised The velocity formula $\mathbf{v} = \mathbf{u} + \mathbf{a}t$ for 1D, 2D, 3D . What is the difference?
title was plain wrong
Feb
9
suggested approved edit on The velocity formula $\mathbf{v} = \mathbf{u} + \mathbf{a}t$ for 1D, 2D, 3D . What is the difference?