c0nrad's c0rner

I’m currently building an app using Next.js ( dmarcdefender.io).

Overview Today’s project is to make yesterday’s stub resolver a recursive resolver.

I realized I haven’t done much learning in a while ( https://dmarcdefender.io is my current project, but it’s just standard SaaS work).

I had an idea for a fun “grid search” pathfinding algorithm for MIT battlecode, so decided to write a little playground in JS.

New project!

A new electronics project!

Every once in a while I either get a Discord message or see a post about someone who is feeling down about not doing well on CTFs.

We build out a simple Ising model simulator for future expansion.

We derive wien’s constant using plank’s blackbody radiation formula.

This post covers a script I wrote for generating the clebsch-gordan coefficients by scratch.

We solve for the different types of orbits of the Kepler Problem (two body central force problems).

Plot the effective potential for the two body force simulation.

Day one of building 99 simulations.

I had fun building a new product with my partner called Slack LaTeX.

Initial version of a quantum circuit editor.

Another attempt at a factoring algorithm.

This post covers the simplest of error models and some simulated randomized benchmarking results.

This post covers my transition from using pure states to mixed states in my quantum simulator.

QHack 2021 submission project, a tool for brute forcing quantum multiplication circuits.

Plasma leak the game.

Solving Laplace’s/Poisson’s equation using the method of relaxation.

Setting up a metrics endpoint for thermoshat.

Updates and finalizing the thermoshat project.

Introducing the thermoshat.

It’s alive!

Starting a new project for validating Feynman diagrams.

Thinking out loud about my future.

A smaller project involving plotting ionization energy for different effective nuclear charge models.

Brute forcing the generators for SO(3).

Simulating a particle under the influence.

Simulations Klein Gordon Eqn as a set of connected springs.

Discussion of one of my longest living software bugs.

Calculating scattering angles from fully elastic spherical collision.

Terminal application showing the spectral lines for electron transitions in hydrogen.

Double Slit Interference Pattern demo.

Some fun inverting matrixes.

More fun with vector calc/electromagnetism.

Playing with three.js to do some vector visualizations.

Progress on a vector calculus library in javascript.

Some exploration into numerical integration.

Some exploration into numerical differentiation.

Shor’s algorithm is probably the most well known quantum algorithm.

I’m pretty excited.

This post is split into two parts.

We moved to Florida!

Part 2 of calculating the electron wavefunctions for hydrogen.

It’s crazy to think my startup is already over 6 months old.

The code/math behind calculating the electron wavefunctions for hydrogen.

A quick guide on getting started with GiNaC on macos.