🎓 Developer, curious researcher and (wannabe) science communicator. I explore unconventional computing and algorithms mixing math models, graph theory, microcontrollers and a bit of retrocomputing to build bridges between disciplines that aren’t supposed to meet.
- 🧠 Emergent Computation — simulations inspired by natural systems like L-Systems, Physarum polycephalum or cellular automata.
- 🧮 Algorithms & Structures — from maze generation to Tower of Hanoi, N-Queens and emoji worlds production (sometimes with a quantum twist).
- 🧩 Quantum Computing — experiments with Qiskit, custom Grover oracles and generative art.
- 🔌 Microcontrollers — Arduino & ESP32 projects.
- 💾 Retro Computing — vintage software exploration.
- 📚 Education & Science Communication — creating content to make complex concepts accessible.
- Mazes – generating mazes with (genetic) algorithms, formal grammars and ML (GANs/PixelCNN++).
- Emoji worlds - using Wave Function Collapse algorithm and Grover oracles to generate emoji worlds.
- Physarum Polycefalum Simulation – collective exploration algorithm inspired by slime mold behavior.
- Solving river crossing puzzles with RL – using Reinforcement Learning to solve river crossing puzzles.
- 🐍 Python / Qiskit / MicroPython
- ⚡ Arduino / ESP32 / BLE
I create short educational videos about programming, unusual algorithms and computing curiosities, exploring questions like:
- "What is a tUrmite?"
- "What if code could take a selfie?"
- "Does culture influence how we count and code?"
I enjoy connecting abstract ideas with tangible systems, turning equations into code and code into stories.
Sometimes that means finding strange ways to get a goat, a wolf and a cabbage across a river; other times, it means making a slime mold teach me about optimization.
- Researching new topics