meta user
network profile
| bio | website | |
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| location | ||
| age | ||
| visits | member for | 10 months |
| seen | 2 days ago | |
| stats | profile views | 17 |
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2d |
accepted | Question about entangled states |
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2d |
comment |
Question about entangled states thanks! I get it! also, thanks for pointing out that i forgot the square root sign for the normalization factor. i've edited the question. |
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2d |
awarded | Editor |
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2d |
revised |
Question about entangled states added 7 characters in body |
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2d |
revised |
Question about entangled states edited tags |
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2d |
asked | Question about entangled states |
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Jun 14 |
comment |
Terms allowed in Lagrangian density thanks for pointing that out! |
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Jun 14 |
accepted | Terms allowed in Lagrangian density |
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Jun 13 |
comment |
Terms allowed in Lagrangian density Thanks for the response! I understand the problem better now. I read Motl's answer and while I understand everything he says from a mathematical perspective, I'm still confused about the physical grounds for his argument. Is it always true that the distance-scale "L" in Motl's answer that appears in the coefficients of the derivative terms is a microscopic scale that can be neglected when you raise it to an integer power? Thanks! |
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Jun 12 |
asked | Terms allowed in Lagrangian density |
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May 20 |
awarded | Scholar |
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May 20 |
accepted | Is there a deep reason why springs combine like capacitors? |
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Apr 13 |
comment |
Suggestions on a particular arXiv publication on math needed for theoretical physicists Yes, that was the sense I got yesterday when I was skimming through it, but I just wanted to double-check. Thanks! |
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Apr 13 |
comment |
Suggestions on a particular arXiv publication on math needed for theoretical physicists I've taken a graduate course in QFT already that used Peskin and Schroeder mostly and sometimes Srednicki. I am interested in QFT applications to condensed matter theory and AdS/CFT correspondence. So, I guess I was looking to improve my understanding of things I've learned as an undergrad from a mathematical point of view. Thanks for your suggestions! |
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Apr 13 |
asked | Suggestions on a particular arXiv publication on math needed for theoretical physicists |
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Jan 11 |
awarded | Supporter |
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Jan 2 |
comment |
How is quantum mechanics compatible with the speed of light limit? Thanks for the question, Elliotte! In my QFT class, we briefly touched on how the antiparticle field cancels out the superluminal effects of the particle field. But what I don't understand is that the particle still can travel faster than the speed of light. Is there no way one can observe only that? I'm sorry if this is a silly question, I've taken just one semester of QFT..Thanks! |
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Nov 6 |
awarded | Nice Question |
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Sep 7 |
asked | Is there a deep reason why springs combine like capacitors? |
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Aug 18 |
awarded | Student |
