02

Things I build

GitHub ↗

Research software, local AI systems, and quantum experiments. Explore the tools, research, and competition entries through their results, designs, and evidence.

Showing all 12 projects
01challenge

Google Quantum AI · Kaggle competition

Verifiable Quantum Circuit Compilation

Ranked 45th on the public leaderboard in Google Quantum AI's Verifiable Quantum Circuit Compilation competition on Kaggle, as of 27 October 2026. The competition is ongoing.

#45public leaderboard · competition ongoing
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02challenge

BlueQubit × DuQuantum 2026

Duke Quantum Hackathon

A 24-hour quantum simulation hackathon estimating information-scrambling signals with exact, matrix-product-state, and Pauli-path methods.

24 hours7 circuit problems · participation certificate
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03research

Quantum factoring · Essays & experiments

Shor’s Algorithm & Quantum Factoring

A guided series on Shor’s algorithm, hardware experiments, factoring claims, and resource estimates, with the companion code behind the analysis.

Read & runQuantum Factoring on Medium · companion code on GitHub
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04challenge

Quantum coding challenges

QHACK 2026

Completed every QHACK 2026 coding challenge with team Phase Kickback, reaching 79th of 1,662 teams with 5,200 points.

79 / 1,662teams · 23/23 complete · 5,200 points
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05challenge

ECDSA.fail challenge

ECDSA Circuit Optimization

A new official ECDSA.fail gate-count record — 751,182 Toffolis using 1,464 logical qubits — and an improved accepted product result, verified on 20 October 2026.

751,182official Toffoli record · 1,464 qubits · 20 Oct 2026
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06challenge

BlueQubit competition

Peaked Circuit Recovery

Recovering the hidden 98-bit answers of two quantum circuits from noisy hardware runs — and finishing first on the BlueQubit leaderboard.

#1 · 2570/2570BlueQubit Peaked Portal leaderboard
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07research

Quantum–HPC integration

Quantum + HPC

An exploration of how future quantum–HPC systems will look, where quantum processors sit inside supercomputers, by measuring the classical work every quantum algorithm depends on.

8.6× → 1.01×C++ speedup of the full QAOA loop · 8 → 18 qubits
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08challenge

Classiq Quantum Circuit Challenge

Classiq Logo Phase Oracle

A quantum circuit that encodes a 64×64 logo, made about 48 times shallower by exploiting the patterns in the image.

5329 → 111circuit depth · 557 CX gates in the final submission
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09software

Scientific software

MettleQ

MettleQ lets researchers simulate quantum circuits on a Mac’s GPU, using the Qiskit and PennyLane code they already write.

1.16× / 8.37×vs. Aer / Lightning CPU · 20 qubits
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10research

Strongly correlated electrons

Quantum Chemistry

A very high-accuracy classical calculation of a difficult iron–sulfur molecule, built as a fair yardstick for judging quantum chemistry methods.

30e / 20oactive space · 240 million fixed-spin determinants
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11software

Local AI research

The Atelier Lab

A private AI research assistant that runs entirely on a laptop — it reads papers, answers with citations, and makes code changes that are tested before they are trusted.

17/18 · 13/13knowledge answers / code tasks · small frozen suites
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12research

Quantum scientific computing

Quantum CFD

Testing whether a well-known quantum approach to solving equations is practical for engineering simulations — on real IBM and Quantinuum hardware.

2 vendorshardware validation · explicit classical baselines
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