network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 11 months |
| seen | May 19 at 6:18 | |
| stats | profile views | 87 |
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Jan 9 |
comment |
Equation for the trajectory of a frisbee? You've picked a very challenging problem. Once you acquire your data, could you please share it with us? I see several articles on this topic (biosport.ucdavis.edu/research-projects/…, web.mit.edu/womens-ult/www/smite/frisbee_physics.pdf), do any of them roughly cover what you are interested in? |
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Jan 9 |
answered | What can $E=mc^2$ do? |
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Jan 5 |
revised |
What is the simplest possible topological Bloch function? changed link |
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Jan 5 |
answered | Non-commutative property of rotation |
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Jan 3 |
revised |
How many ways are there to distribute M excitations of N identical particles among K=3 quantum harmonic oscillators? added 83 characters in body |
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Jan 2 |
awarded | Student |
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Jan 2 |
asked | How many ways are there to distribute M excitations of N identical particles among K=3 quantum harmonic oscillators? |
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Jan 1 |
answered | What is the simplest possible topological Bloch function? |
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Dec 31 |
comment |
What is the difference between a photon and a phonon? @Slaviks, yes, I was just using a periodic crystal as an example of something that doesn't even have continuous translational symmetry. Air and liquids has no problem carrying sound. |
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Dec 31 |
revised |
What is the difference between a photon and a phonon? added 60 characters in body |
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Dec 31 |
revised |
Why is quantum entanglement so important? added 706 characters in body |
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Dec 31 |
answered | Why is quantum entanglement so important? |
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Dec 31 |
answered | What is the difference between a photon and a phonon? |
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Dec 27 |
answered | What entities in Quantum Mechanics are known to be “not quantized”? |
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Dec 25 |
answered | Identifying a critical phenomena? |
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Dec 23 |
answered | Can entropy be equal to zero? |
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Dec 23 |
comment |
Can entropy be equal to zero? I, for one, define temperature as $T = \partial U/\partial S$, so that a nonzero temperature always implies nonzero entropy. |
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Dec 23 |
comment |
Superposition of electromagnetic waves I assume the question has a typo? Perhaps you mean: Is it possible to produce microwaves through the superposition of two optical beams? The answer is yes. |
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Dec 23 |
revised |
Superposition of electromagnetic waves added 426 characters in body |
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Dec 23 |
awarded | Critic |
