resource-estimation

Qᴜᴀʟᴛʀᴀɴ is a Python library for expressing and analyzing Fault Tolerant Quantum algorithms.

Quantum Resource Estimate Format

A non-Clifford gate cost assessment library of quantum phase estimation algorithms for quantum chemistry

Multi-code QEC resource estimator for Qiskit circuits

Reference implementation of Dürr–Høyer quantum minimum finding and computed arithmetic oracles vs. QROM lookup tables in Qiskit, featuring FTQC Clifford+T resource scaling.

A browser-native platform for estimating the physical resources required to run quantum algorithms on fault-tolerant quantum computers, powered by Microsoft's Q# WebAssembly engine.

Python-based demonstration of a mineral resource estimation workflow using synthetic drill-hole data, showcasing variography, ordinary kriging, block modelling, and resource classification for educational and portfolio purposes.

Auditable browser-native Verilog RTL resource estimation & FPGA development board selector

A fault-tolerant resource compiler: map a Clifford+T circuit to a surface-code lattice-surgery layout and optimise the magic-state factory ratio to minimise spacetime volume.

Digital AJL circuit compiler and resource-estimation code companion for Jones-polynomial research

CoreElement.AI public reference — JORC, NI 43-101, KAZRC, SAMREC, PERC compliance mapping, Soviet ГКЗ → JORC conversion, AI mineral-exploration platform comparison. Companion to https://coreelement.ai

Transparent Python workflow for experimental variograms, simple kriging, and block bootstrap uncertainty in resource-style grids.

Quantitative resource and cost modelling for fault-tolerant quantum computing, including a Shor / RSA-2048 physical-qubit estimate.

Lightweight, exact surface-code quantum error correction overhead calculator. How many physical qubits does one logical qubit cost? By Tech4Biz Solutions.

Microsoft Azure Quantum — independent third-party profile of a public API surface, by API Evangelist. Microsoft Azure Quantum is Microsoft's cloud quantum computing service — an open, multi-vendor platform that provides access to quantum hardware from IonQ, Quantinuum, Pasqal, and Rigetti alongside Microsoft's own Q# programming language, Quantum D

Implemented a large-scale quantum algorithm that breaks a 256-bit Elliptic Curve Cryptography and analyzed the applicability of the algorithm in the presence of fault-tolerant quantum computers.

Measurements on the ECDSA.fail benchmark, the leanest known reversible circuit for secp256k1 point addition: the search cost the score does not count. The circuit is the community's; the instruments are mine, including a validated 9.2x checker and a classical pre-filter. Three findings filed upstream. Built with help from Claude Code.