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- Point-set topology. Real, complex, harmonic and functional analysis. Measure and integration theory
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Jan16-12 Greg Bernhardt
Please post any and all homework or other textbook-style problems in one of the Homework & Coursework Questions...
Feb23-13 09:25 AM
micromass
1 28,605
Hello, I am facing some problem with Poincare disc. (1) How to visualize a Poincare disc? (2) The arc which...
T 02:13 AM
Apogee
3 147
Dear friends, my book (an Italian language translation of Kolmogorov-Fomin's Элементы теории функций и функционального...
Y 07:02 PM
micromass
3 71
I read that in any locally convex topological space X, not necessarily a Hausdorff space but with linear operations...
Y 05:09 PM
DavideGenoa
4 110
hi there, I am trying to prove the following inequality: let z\in \mathbb{D} then \left| \frac{z}{\lambda}...
Y 04:12 PM
FactChecker
7 175
I've taken basic undergraduate Real and Complex Analysis, and I've noticed they focus on different kinds of functions....
Aug30-14 09:39 PM
FactChecker
5 334
I just completed a brief introduction to branch points in complex analysis, and I find it difficult to imagine/come up...
Aug30-14 09:19 PM
FactChecker
2 105
I think I've found a proof where Rudin is actually too wordy! For your welcomed inspection, I will type a part of said...
Aug29-14 12:51 AM
WWGD
4 118
I have to do a project on the dimension theory buy i cant find any info on it. This is the wikipedia page and if you...
Aug26-14 10:00 PM
mathwonk
23 496
How to determine the function from its graph if it has a non-simple shape? Given a graph (see attachment) where set...
Aug24-14 07:32 AM
HallsofIvy
1 139
I know this post is in the topology thread of this forum, for group theory, this seemed like the reasonable choice to...
Aug23-14 11:21 AM
xAxis
2 206
Say we have two functions with the following properties: f(x) is negative and monotonically approaches zero as x...
Aug22-14 10:59 AM
ekkilop
2 137
Hi all, Please help! I am reading the paper "A note on contiguity and Hellinger distance" by J. Oosterhoff and W.R....
Aug22-14 12:13 AM
victoriaabc
2 137
Hi all, I am trying to construct a continuous matrix-valued function h=h(f,g) ; f,g in C^1,all defined in an open...
Aug14-14 10:35 PM
WWGD
4 506
Recently I came across this information: \text{S1} = 1+1+1+1+\dotsb= -\frac{1}{2} \text{S2} = 1-1+1-1+\dotsb=...
Aug13-14 03:32 PM
mathman
1 181
We know that the derivative of the general Schwartz - Christoffel map (function) is: f'(z) = λ(z -...
Aug13-14 11:19 AM
D_Tr
2 1,331
Hello. I'm wondering if anyone has a table of transforms showing the result of an Abel transform on a Gaussian...
Aug11-14 10:45 AM
Mr Boom
1 219
Just as we have orthogonal vectors/vector spaces/etc., we can have orthogonal functions/function spaces/etc. I'm...
Aug10-14 09:45 PM
16universes
17 394
The Problem Let x and y be real numbers such that y<x, using the Dedekind cut construction of reals prove that...
Aug9-14 06:40 PM
loops496
5 268
I'm trying to understand Čech cohomology and for this I'm looking at the example of ##S^1## defined as ##/\sim## with...
Aug7-14 12:05 AM
mathwonk
2 1,519
I am trying to reconcile the following statement: " ||u||<=eps*||f|| means ||u||=O(eps) ("||u|| is order eps")... "...
Aug4-14 11:58 PM
Simon Bridge
7 248
Consider the sets ##X:= \{x\in\mathbb R^2: \enspace ||x-(-1,0)||_2 \leq 1\}## (a ball) and ##Y:=co\{(0,-1), (0,1),...
Aug4-14 10:34 PM
economicsnerd
2 149
Are plane and surface of sphere different metric spaces? Can distance function of plane be applied as distance...
Aug2-14 09:00 PM
gianeshwar
6 294
I'm interested in topology/differential geometry and before I eventually graduate I am looking to complete an...
Aug2-14 06:50 PM
Matterwave
5 257
Just as the title says, what is a POD? I've tried reading papers but I feel I am missing something. Does anyone have a...
Jul28-14 01:16 PM
joshmccraney
5 1,297
I am trying to show that for f in C , and ##n=0,1,2,... ## we have: ## \int_0^1 x^n f(x)dx =0 ## (&&) , then...
Jul19-14 03:26 AM
WWGD
4 645
Hi All, This is a follow-up to another post. Question is: Is the restriction of an isotopy that is the identity...
Jul19-14 03:23 AM
WWGD
6 783
Hi all, Isn't the mapping class group of a contractible space trivial (or, if we consider isotopy, {+/-Id})? ...
Jul15-14 08:30 PM
homeomorphic
11 2,265
I've been reading Thomas Jordan's Linear Operators for Quantum Mechanics, and I am stalled out at the bottom of page...
Jul13-14 04:05 PM
micromass
2 1,379
I was suprised to realize that foliation theory was actually closely related to topology. Indeed,...
Jul12-14 08:28 PM
xaos
2 1,907
Suppose, for a suitable class of real-valued test functions T(\mathbb{R}^n), that \{G_x\} is a one-parameter family of...
Jul10-14 04:32 PM
Greg Bernhardt
1 2,595
How to calculate ##\int^{\infty}_{-\infty}\frac{\delta(x-x')}{x-x'}dx'## What is a value of this integral? In some...
Jul6-14 04:49 PM
pwsnafu
14 4,588
I don't have the whole book A First Course in Sobolev Spaces by G. Leoni myself, but I have obtained a pdf file of the...
Jul6-14 12:00 AM
jostpuur
3 1,388
Visualizing a higher-dimensional sphere seems impossible to me. The best that can be done is to come up with several...
Jul3-14 09:17 AM
Hornbein
2 3,477
Hello! My problem consists of : there is a representation of an uneven surface in terms of Fourier series with...
Jul2-14 03:33 PM
mathman
2 2,036
This question is in this rubric because I figured it belonged to measure theory, but I am ready to move it if I am...
Jul2-14 11:13 AM
nomadreid
2 1,722
Suppose we are given two functions: f:\mathbb R \times \mathbb C \rightarrow\mathbb C g:\mathbb R \times \mathbb C...
Jun13-14 04:38 PM
mathman
1 1,654
Hi all, Could you please help me understand the Fresnel integral and Green's functions? Could you please explain...
Jun13-14 06:15 AM
159753x
2 1,478
series expansion: ln(1+x)=1-x^2/2+x^3/3-x^4/4+x^5/5+..........................∞ ...
Jun12-14 12:17 PM
statdad
12 1,772
Hello everyone,i am doing my project in image processing.... i have done video sementation using the Fourier...
Jun11-14 05:42 AM
ramdas
2 1,588
Could anybody explain what divisors and the Riemann-Roch theorem are intuitively, motivating them, without any jargon...
Jun10-14 12:31 AM
mathwonk
3 1,538

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