trotter
OfficialTrotter-Suzuki Hamiltonian simulation made easy.
Software Engineering#benchmarking#quantum-simulation#hamiltonian#trotter-suzuki#pauli-terms#quantum-algorithms#circuit-simulation
Authorunitarylab
Version1.0.0
Installs0
System Documentation
What problem does it solve?
Trotter-Suzuki Hamiltonian simulation converts the challenge of simulating quantum time evolution e^{-iHt} into structured, controllable short-time exponentials by decomposing the Hamiltonian into Pauli terms.
Core Features & Use Cases
- Supports first and higher even Suzuki orders, enabling a trade-off between accuracy and circuit depth.
- Decomposes Hamiltonians into grouped Pauli terms and builds reusable SuzukiTrotterAlgorithm workflows for benchmarking, teaching, and research.
- Serves as a reliable baseline for digital quantum simulation in spin models, lattice systems, and chemistry-inspired Hamiltonians; suitable for benchmarking against QDrift, Taylor-LCU, and QSP.
Quick Start
Experiment with a 2-qubit Hamiltonian to compare order-1, order-2, and order-4 Suzuki decompositions using the SuzukiTrotterAlgorithm.
Dependency Matrix
Required Modules
None requiredComponents
scripts
💻 Claude Code Installation
Recommended: Let Claude install automatically. Simply copy and paste the text below to Claude Code.
Please help me install this Skill: Name: trotter Download link: https://github.com/unitarylab/quantum-skills/archive/main.zip#trotter Please download this .zip file, extract it, and install it in the .claude/skills/ directory.
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