Quantum State Preparation
Learning application-specific photonic resource states using continuous-variable quantum neural networks.
Read more →Quantum computing researcher and developer
Building and explaining quantum technologies.
I study quantum computing, photonic state preparation, measurement-based computation, and distributed quantum sensing. This site collects my research, software, writing, and educational resources.
Research
Research areas
Measurement-Based Quantum Computing
Designing Gaussian measurement-based quantum computing circuits and resource states.
Read more →Distributed Quantum Sensing
Optimizing entangled sensor networks under realistic loss, noise, and energy constraints.
Read more →Projects
Selected work
gausscv
A custom simulator for Gaussian states, gates, channels, measurements, and trainable photonic circuits.
View project →Interactive Quantum Tools
Browser-based visualizations and calculators for learning quantum information and quantum optics.
View project →Learn Quantum
Quantum computing from intuition to implementation
Follow structured explanations covering discrete-variable and continuous-variable quantum computing, quantum optics, algorithms, sensing, and interactive demonstrations.