Solving Project Euler 763: Amoebas in a 3D Grid
A deep dive into solving Project Euler problem 763, involving amoebas dividing in a 3D grid space using advanced combinatorial theory and dynamic programming.
A deep dive into solving Project Euler problem 763, involving amoebas dividing in a 3D grid space using advanced combinatorial theory and dynamic programming.
I ran an AI agent for 27 hours non-stop. Here are my learnings from the experience.
A comprehensive guide to the creation of your own Docker wrapper for personal or commercial use.
A technical deep-dive into rewriting our temporary file sharing service in Go, improving performance and simplifying maintenance.
A simple file sharing service that lets you upload files and share them via URLs that automatically expire.
Investigating the limitations of Ceva's Theorem in three dimensions and exploring alternative approaches to understanding geometric properties.
An investigation into the optimization of an arch bridge design to span 50 meters, focusing on material usage, cost efficiency, and structural integrity.
A comprehensive test post showcasing all MDX elements and styling features