615 reputation
216
bio website humanosphere.info
location Switzerland
age 30
visits member for 1 year, 9 months
seen yesterday

BSc in Mathematics... moving to computer science.

Learning is never over... that's the beauty about learning


Jul
22
reviewed No Action Needed Expected value and variance of max{x, y}
Jul
22
reviewed No Action Needed Maximum of $\frac{x(1-x)y(1-y)}{1-xy}$ over $[0,1] \times [0, 1]$?
Jul
21
reviewed No Action Needed Minimal volume of a tetrahedral
Jul
19
reviewed No Action Needed Ratio of convergence
Jul
15
reviewed No Action Needed Determining hexes intersected by a line between two hexes on a hex grid
Jul
15
reviewed No Action Needed Related Word Problem Help
Jul
14
reviewed No Action Needed Possible to determine if a more 'compact' solution to a linear recurrence exists?
Jul
14
reviewed No Action Needed closeness of a set of vectors
Jul
14
reviewed No Action Needed Square root each term (clarification on polynomials?)
Jul
14
reviewed No Action Needed Strong Convergence in L1 Implies Weak Convergence in L2?
Jul
14
comment Tough combinatorics problem
What have you tried ? Or maybe you expect us to do your homework ?
Jul
14
reviewed No Action Needed Tough combinatorics problem
Jul
14
reviewed No Action Needed Geometric progression equation with irrational numbers
Jul
14
reviewed No Action Needed Relative error when computing derivatives via FFT
Jul
14
comment Inverse Laplace Transform of a complicated function
Could we have some text with that ? Like what you want, what you've tried ?
Jul
2
awarded  Curious
Dec
30
awarded  Yearling
Aug
22
reviewed No Action Needed Proof regarding lebesgue measure (from Folland's book)
Aug
19
revised show that if $\beta + n\alpha $ is a root for some integer $n$, then $\beta + n\alpha $ lies in the alpha string through beta.
Put in latex format
Aug
19
reviewed Reviewed show that if $\beta + n\alpha $ is a root for some integer $n$, then $\beta + n\alpha $ lies in the alpha string through beta.