Matrices: The Little Boxes of Numbers Behind Programming, AI, Games, and Chip Design
A plain-language tour of how matrices quietly power programming, graphics, AI models, GPUs, and chip design.
I am an electrical engineering student focused on electronics, the kind of person who writes Python for fun, wrestles with C when the hardware demands it, and turns curiosity into small mods, tools, and experiments.
Below is where I keep the trail of my work: essays, code, modding projects, and practical notes from things I am learning or building. If something here saves you time, brightens your day, or makes your favorite game a little better, a coffee helps keep the next late-night build moving.
A quick snapshot of the ideas I keep orbiting: engineering explainers, practical science, computing concepts, and essays that make technical things easier to feel.
Recent essays from my Medium page, pulled from the public feed and shaped into readable tabs for visitors who want the thinking behind the work.
A plain-language tour of how matrices quietly power programming, graphics, AI models, GPUs, and chip design.
A concrete analogy for understanding GPU speed, TFLOPS, and why massive numbers need a familiar scale.
A look inside motherboards through the basic electrical ideas that make their hidden engineering readable.
An essay about how light keeps opening new questions, even after centuries of physics and engineering.
A broader view of light sensors beyond cameras, from detection systems to useful environmental intelligence.
A practical look at why light is fast, but replacing electronics with photons is much harder than it sounds.
Mods, articles, and open-source projects take real hours. If my work has helped you in any way, your small contribution keeps the lights on and the keyboard clacking.
Support My Work ↗Send me toward the work. I am easiest to find through GitHub, Medium, Nexus Mods, or Ko-fi, depending on whether it is code, writing, mods, or support.