meta user
network profile
| bio | website | |
|---|---|---|
| location | Zurich, Switzerland | |
| age | 28 | |
| visits | member for | 11 months |
| seen | yesterday | |
| stats | profile views | 111 |
I am a master student in mathematics who writes his master thesis (Determinantal Point Processes) - or tries to if he doesn't spend too much time on mathematics which isn't part of his thesis.
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1d |
comment |
The value of $\lim_{x\to +\infty} \dfrac{e^{x^2}}{10^{|x|}}$ You probably mean $k=\ln(10)$... |
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May 18 |
awarded | Constituent |
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May 10 |
awarded | Caucus |
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Feb 7 |
reviewed | Satisfactory Find the coordinates of a point on a circle |
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Feb 7 |
reviewed | Excellent Limit Computation of $(e^x+x)^{1/x}$ as $x$ approaches zero |
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Feb 7 |
reviewed | Satisfactory Logic about systems? |
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Feb 7 |
reviewed | Excellent Complex analysis (periodic function) |
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Feb 7 |
reviewed | Satisfactory Congruence relationship used for primitive residue classes modulo n result |
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Feb 4 |
awarded | Custodian |
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Feb 4 |
reviewed | Satisfactory A question on complex numbers |
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Feb 1 |
comment |
Conditional Expectation of a Poisson Random Variable The probability of "X" and "X is odd" is the same as "X is odd". ($P(\{X \in \mathbb{N}\}\cap\{X \text{ is odd}\})=P(\Omega\cap\{X \text{ is odd}\})=P(\{X \text{ is odd}\})$). Then A is not a random variable but a set - and random variables are not events... |
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Feb 1 |
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Functional in the dual space s.t $\psi$ restricted to a subspace equals $\phi$ What did you try? In what context is this question posed? |
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Jan 21 |
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How many different sizes of infinity are there? infinitely many |
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Jan 18 |
awarded | Fanatic |
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Dec 23 |
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Riemann's Integrals Question When I look at this (and the answer using the FToC) - and especially the result - I asked myself if one could compare this series to the alternating harmonic series. For example bound it from above or below by the alternating series. I don't know if this could work, but it would seem interesting. At least the way using the FToC is far more efficient and usable. |
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Dec 16 |
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Trying to prove “If the expectation of the random variable is a measure, then the random variable is a random measure.” @MattN. Oh I forgot the obvious pigeons. Just let me get one from my shack on the roof... I meant of course on this site, but nevermind. Electronic mails are quite useful... |
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Dec 16 |
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Trying to prove “If the expectation of the random variable is a measure, then the random variable is a random measure.” @MattN. Ah, ok then let me offer the bounty - if it is still possible. (By the way: How could I communicate with you by not using these comments?) |
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Dec 16 |
accepted | Trying to prove “If the expectation of the random variable is a measure, then the random variable is a random measure.” |
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Dec 16 |
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Trying to prove “If the expectation of the random variable is a measure, then the random variable is a random measure.” @MattN. The question is now answered. Thanks again for the bounty you offered. |
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Dec 16 |
comment |
Trying to prove “If the expectation of the random variable is a measure, then the random variable is a random measure.” Ah, I see. It was just too nice a statement to be true in that generality (i.e. when X was of an arbitrary form...) Thanks a lot for the effort! |
