Picard's Little Theorem and Twice-Punctured Plane
We show that the range of a non-constant entire function's range cannot be a twice-punctured plane.
We show that the range of a non-constant entire function's range cannot be a twice-punctured plane.
We compute the analytic continuation of the Riemann Zeta function and after that the reader will realise that asserting $1+2+\dots=-\frac{1}{12}$ without enough caution is not a good idea.
We offer a detailed proof of the Riemann mapping theorem, which states that every proper simply connected region is conformally equivalent to the open unit disc.
We study the concept of quasi-analytic functions, which are quite close to being analytic.
In this post we compute the Fourier transform of $\sin{x}/x$ and $(\sin{x}/x)^2$ through contour integration.
What’s going on againIn this post we discussed the topological properties of the zero points of an entire nonzero function, o...
What’s going onIf for every $z_0 \in \Omega$ where $\Omega$ is a plane open set, the limit \lim_{z \to z_0}\frac{f(z)-f(...