1,570 reputation
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bio website mathtm.blogspot.com
location University of California Los Angeles, CA
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visits member for 2 years, 6 months
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I am a recent graduate in applied mathematics at UCLA and currently trying to break into the quantitative investment/trading industry while also continuing to pursue advanced graduate-level mathematics as both a hobby and career necessity.


Nov
17
answered Equivalency of Norms and the Open Mapping Theorem
Oct
30
answered Solution to $\frac{d^2 y}{dt^2}+y=\sec\left(t\right)$
Oct
28
asked Resource on Pathwise Computations Involving Brownian Motion
Oct
26
answered Proving that if $f$ is Riemann integrable and $1/f$ is bounded then $1/f$ is Riemann integrable
Oct
21
answered Measure of the graph of a function such that the graph does not have measure zero.
Oct
21
answered derivative of $y=\sqrt{10^{5-x}}=u^{1/2}$
Oct
21
answered Analytic skills in applied math
Oct
14
answered 2. Differential equation with initial condition
Oct
10
answered When computing the CDF from a PDF, why is the integral bound a different variable? $F(x) =\int_{-\infty}^x f(t)\,dt$
Oct
9
answered Discount rates vs. Interest rate problem.
Oct
8
answered Given $\displaystyle f(x,y) = \frac{\sin (xy)}{x}$, $x \neq 0$, make $f(0,y)$ continuous.
Oct
8
answered limit of solution of a autonomous differential equation at infinitive is a stationary point
Sep
22
answered When to use $\mathbf{P}$ , and when to use $\mathbb{P}$ as the symbol for probability?
Jun
22
answered Computing the norm of operator when space is equipped with sup norm and $L^1$ norm
Jun
22
answered Local minimal about x=0
Jun
6
answered Function defined by an integral.
Jun
5
asked (Ito lemma proof): convergence of $\sum_{i=0}^{n-1}f(W(t_{i}))(W(t_{i+1})-W(t_{i}))^{2}.$
May
29
answered If $f$ and $g$ are integrable functions on $I=[a,b]$ and if $h(x):=\inf(f(x), g(x))$ for all $x \in I$, prove that $h$ is integrable at $I$.
May
13
answered Diffuse equation-type PDE: Help me!
May
12
answered How do I convert the limit definition of differentiability to different variables?