Summary: There is a webcam in my office that I use to take photos of the whiteboard. This setup was inspired by Dror Bar Natan’s Blackboard Shots. [full page]
Summary: I’m working with Eric Vandendriessche and Alfredo Braunstein to understand a bit about how the string figure calculus acts of canonical linear sequences. [full page]
Summary: The canonical start of a linear sequence is a point in nearest LFn string. In this simple example, there are three possible linear sequences (with the correct orientation) but only $L2, L5, R1$ has the correct start point. [full page]
Summary: My daughter Mira came in to the office this afternoon and coloured. [full page]
Summary: WolframAlpha Calculation [full page]
Summary: We find a linear system with solution set $\operatorname{Span}({ (1,0,2,3), (0,1,4,5)})$. [full page]
Summary: We find the height of water in a conical tank such that: $$ V = \frac{1}{3} \pi x^3 $$ given that water is flowing in at a rate $dV/dt = 1 m^3 / min$. [full page]
Summary: This is the current layout of my Backup System. It shows how: archive-servers.sh, offline-backup.sh, and offsite-backup.sh work. The Syncthing and Tailscale connections are not shown for the sake of clarity. [full page]
Summary: The designer graph on the first term test for MAT A29 Winter 2022. [full page]
Summary: This is my friend, Paco Estrada. [full page]
Summary: Raw photo [full page]
Summary: This is my friend Alex Teeter, manifold explorer. [full page]
Summary: This is $ \LaTeX $. [full page]
Summary: Dave has an amazing summation: $\displaystyle \sum_{n=1}^\infty \frac{n^{13}}{e^{2\pi n} - 1} = \frac{1}{24}$ Moreover, this is exactly equal to the integral! [full page]
Summary: = 0" title="Solving 2/x - 9 >= 0" [full page]