Project update: Quantum Fuse is now a *room-temperature quantum vibrometer* that detects mechanical vibrations using trapped neutral atoms in optical tweezers.
Quantum Fuse is a theoretical and experimental project exploring the feasibility of creating a two-qubit quantum computer using accessible and affordable components.
Quantum Fuse is a theoretical and experimental project exploring the feasibility of creating a two-qubit quantum computer using accessible and affordable components. Our unique approach utilizes quantized mechanical vibrations within synthetic quartz crystals to serve as our qubits. The project is built around an ESP32 microcontroller, a green diode laser, and an AD9850 DDS module.
It is quite exciting. I am also exploring recycled plastics as corrosion resistant wearable gates. The explorations are limitless. Please elaborate on the shellfish when you have a chance. Cheers.
Macro-Computing explores computing systems built using unconventional, large-scale materials and methods, diverging from traditional microelectronic circuits.
Learn how I use JavaScript to protect sensitive data from AI & screenshots with animated noise on HTML canvas. Discover my process, code, and practical tips for real-world use.
A high-quality quantum random number generator library for Rust applications requiring cryptographically secure randomness. This library provides quantum-enhanced random number generation with specialized modules for cryptography, finance, games, and statistical analysis based on Tsotchke QRNG.