Jacob Denson's user avatar
Jacob Denson's user avatar
Jacob Denson's user avatar
Jacob Denson
  • Member for 9 years, 10 months
  • Last seen more than a month ago
  • Edmonton, Alberta, Canada
7 votes
Accepted

Proof of Euler's theorem in complex numbers

4 votes

Were "real numbers" used before things like Dedekind cuts, Cauchy sequences, etc. appeared?

3 votes
Accepted

’Stereographic projection’

3 votes

Motivation/Intuition behind Lorentz spaces

3 votes

subset of binary space countable?

2 votes
Accepted

Stronger Pumping Lemma for Context Free Languages

2 votes
Accepted

For all $R$-modules $N$, $R\otimes_R N\cong N$

2 votes
Accepted

show that $f(z)$ has at least one real root, where $f$ has odd degree and real coefficients

2 votes
Accepted

Does $ \lim_{n\to \infty}\int \dfrac{f_n(x)}{\pi^n}dx $ exist?

1 vote
Accepted

Is $L^1(G)$ weak $*$ dense in $M(G)$

1 vote

Using the nested set property to prove uniform convergence

1 vote

Question about holomorphic function and Cauchy-Riemann equation

1 vote

Two stochastically continuous processes with the same finite dimensional distribution on a dense setvhave the same fdd everywhere?

1 vote

2 Questions about Markov chain

1 vote

Do standard gradient descent methods work on complex variables

1 vote

Differential of a smooth function on a manifold

1 vote
Accepted

Asymptotic Expansions of Symbols Vs Asymptotic Expansion of Pseudodifferential Operators

1 vote
Accepted

Packing Dimension as a Countable Union of Minkowski Dimension Sets

1 vote
Accepted

Are there any interactions between abstract harmonic analysis and harmonic analysis of real variables?

0 votes

Proof of an inequality about sequences

0 votes
Accepted

Tightness for Nyquist Frequency

0 votes
Accepted

Density of smooth functions in $L^p$ space on Cantor Set

0 votes
Accepted

Prove that the Fourier transform of a function agreeing with $1/\log(|x|)$ for $|x| \geq 2$ is integrable.

0 votes

Gram Schmidt Process involving integrals

0 votes

computation of a line integral

0 votes

Prove that the map $\phi: V \rightarrow V^*$ is injective

0 votes

Why derivations obey chain rule.

0 votes

How would you write $A\setminus(B\setminus C)$?

0 votes

Why study metric spaces?

0 votes

Application of l'hospital rule to exponential function