meta user
network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 10 months |
| seen | Dec 6 '12 at 17:36 | |
| stats | profile views | 56 |
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Dec 4 |
awarded | Caucus |
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Dec 4 |
awarded | Constituent |
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Sep 21 |
asked | gravitational convergence of light |
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Sep 16 |
comment |
Is ultradense deuterium real? @TerryBollinger, maybe the electron energy is not distributed in orbital degrees of freedom, maybe it is distributed over the lattice, like highly-excited Fermi electron levels |
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Sep 10 |
comment |
Is ultradense deuterium real? @TerryBollinger, apparently the superconductivity is inferred, not directly measured, since they haven't been able to create more than a hundred atom samples, at least this is what they seem to imply |
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Sep 10 |
revised |
Is ultradense deuterium real? added 66 characters in body |
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Sep 10 |
asked | Is ultradense deuterium real? |
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Sep 10 |
asked | drift velocity of electrons in a superconductor |
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Sep 7 |
revised |
thermodynamics of a dual-face surface in space deleted 23 characters in body |
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Sep 7 |
comment |
number of microstates associated with two-level quantum systems this is the closest i've seen to an answer of the concern i tried to express on my question, so kudos +1.. I'm still unconvinced that partially orthogonal states makes up for this, since it seems a bit arbitrary to me as an state enumeration scheme, i guess i'll have to read and think about it a little more |
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Sep 7 |
comment |
Can Ionocrafts be improved by breaking it up into multiple stages? i don't know, but definitely sounds like a great homegrown experiment to do! |
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Sep 7 |
asked | thermodynamics of a dual-face surface in space |
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Sep 3 |
comment |
number of microstates associated with two-level quantum systems fair enough, but i don't see accounted the fact that each wavefunction is a different state, or at least i don't understand where it becomes accounted this fact in computing entropy, or why is not relevant, because intuitively, each eigenstate is a different state, and if i give a quantum system enough energy to be in a superposition of eigen states, the Shannon entropy is 1 because it is pure, but how can the number of accessible states be one? it is a superposition of two eigenstates after all, so it can become any of them two |
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Aug 31 |
accepted | What is the missing proportionality constant in the magnetic levitation formula? |
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Aug 31 |
comment |
What is the missing proportionality constant in the magnetic levitation formula? ah i see, i blame this doc: www-d0.fnal.gov/hardware/cal/lvps_info/engineering/… so it seems i just need to multiply this number by density and dividing by molar mass. thanks! |
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Aug 31 |
revised |
What is the missing proportionality constant in the magnetic levitation formula? added 329 characters in body |
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Aug 31 |
asked | What is the missing proportionality constant in the magnetic levitation formula? |
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Aug 31 |
accepted | can hydrogen stay frozen in vacuum? |
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Aug 31 |
asked | can hydrogen stay frozen in vacuum? |
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Aug 28 |
revised |
supressing certain decay paths and enhancing others with interference added 17 characters in body; edited tags; edited title |
