Fabric-centric computer architecture for distributed AI and HPC systems

Formal framework for Superintelligence architecture: Bio-Digital Symbiosis, Photonic Logic and Free Energy Principle.

Quantum Star Systems (QSS) builds deterministic optical quantum hardware and enterprise software.

PRISM: O(1) Photonic Block Selection for Long-Context LLM Inference — eliminates the O(N) KV cache scan via photonic broadcast-and-weight similarity engine on TFLN

Simulation of Spectral Atlas photonic processor with InAs/InGaAs QD and Hamming(7,4) soft-decision FEC pipeline

Analyzing 1D Photonic Crystals’ optical properties using TMM, with simulations on spectra, defects, and oblique incidence.

LAGC is a CPU-optimized Python library for quantum photonics. It features a Loss-Aware Graph Compiler for large-scale MBQC. Using XOR-based graph surgery and recursive tensor slicing, LAGC bypasses GPU VRAM limits to simulate thousands of qubits on standard RAM. Perfect for photon loss recovery and high-fidelity circuit verification at scale.

The biggest computing revolution is coming. Quantum supremacy, brain-computer 10 Gbit/s thoughts, DNA as storage, light replacing electrons, chips that think like brains, and ambient intelligence everywhere. Computing 2040 — the future of thought & power.

A Whitepaper on Photonic Compute Substrates

Code I wrote for my physics bachelor thesis in 2019, simulating photonic engineering setups using QuTiP

This is a simulation of the HOM Effect done using Strawberry Fields

Matlab simulation for an high-order all-optical differential equation solver based on microring resonators

Repository of the package Fast Wave

I'll help you develop a tool to optimize and analyze photosynthetic electron transport using the Open-Closed Redox Model. This looks like an advanced scientific project involving PAM fluorometry data analysis and model optimization.

Photonic-inspired reservoir computing for signal classification

RCWA Solver

My personal quantum paper library

[Long Term Support] [SIGCOMM 2023] Lightning: A Reconfigurable Photonic-Electronic SmartNIC for Fast and Energy-Efficient Inference

3D Plane Wave Expansion

Linear Optical Circuits Optimisation using Perceval Quandela and Variational Algorithm (VQE)- MIT iQuHack- Quantum Computing Project