| bio | website | |
|---|---|---|
| location | Italy | |
| age | ||
| visits | member for | 1 year, 1 month |
| seen | Apr 29 at 19:37 | |
| stats | profile views | 65 |
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Apr 2 |
awarded | Yearling |
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Nov 30 |
asked | Intensity in rainfall and global warming |
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Nov 13 |
accepted | Vacuum energy and perpetual motion |
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Nov 12 |
comment |
Vacuum energy and perpetual motion Thanx, anna but i know the problem of conserved quantity in curved spaces. In my opinion the question is actually more subtle, because in our universe we can define a universal time, indeed we can speak of the age of the universe. |
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Nov 12 |
asked | Vacuum energy and perpetual motion |
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Nov 11 |
accepted | How relative humidity and temperature affect rainfalls |
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Nov 9 |
comment |
How relative humidity and temperature affect rainfalls Good answer, but lacking of one point. Why is relative humidity more imortant then absolute humidity in precipitacion levels? |
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Nov 8 |
asked | How relative humidity and temperature affect rainfalls |
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Sep 21 |
awarded | Custodian |
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Aug 31 |
accepted | Scale invariance in sandpile model and forest fire model |
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Jul 28 |
comment |
Identifying a critical phenomena? @RonMaimon first order transition are included because i say very clear "...mean or variance, of some physical quantity, are not finite" namely first and second order transition. |
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Jul 13 |
revised |
Funny recurrence in escape velocity calculation of some planets improved clarity. |
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Jul 13 |
comment |
Funny recurrence in escape velocity calculation of some planets i am sorry, i guessed that 1h is one hour in all the world. This question is not on the calculation of escape velocity, but in the strange feature of it so i quit the basic formula $\sqrt{2G M/r}$. |
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Jul 13 |
revised |
Funny recurrence in escape velocity calculation of some planets added 39 characters in body |
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Jul 13 |
asked | Funny recurrence in escape velocity calculation of some planets |
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Jul 9 |
revised |
Deviation from power law distribution of earthquakes fixed grammar |
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Jul 6 |
asked | Deviation from power law distribution of earthquakes |
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Jul 5 |
comment |
Dimension of vector resulting from tensorial product @Pepx depends on the subset of matrix you are talking about (symmetric, antisymmetric, unitary...). In the most general case the dimension is indeed n*c. |
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Jul 5 |
comment |
Dimension of vector resulting from tensorial product @Pepx look here en.wikipedia.org/wiki/Cross_product . Anyway the right definition is that of Cristoph. |
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Jul 5 |
comment |
Dimension of vector resulting from tensorial product @Karsus matrix is only a square table of numbers. Then depending on the way they tranforms we can call in a different ways. |