Fermi quantum chemistry program
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Updated
Jul 31, 2026 - Julia
Fermi quantum chemistry program
scalable molecular simulation
QuAcK: a software for emerging quantum electronic structure methods
Coupled Cluster for solids. Mirror of https://gitlab.cc4s.org/cc4s/cc4s
Hartree-Fock Python
Results from newly proposed Geminal-based Coupled Cluster wavefunctions with 1-reference orbitals for strongly correlated systems.
Distributed implementation of high-order coupled-cluster methods
Automatic diagram and code generation of quantum chemistry coupled-cluster equations
Massively parallel electronic structure code for experimentation
High Performance library for the CCSD(T) algorithm in quantum chemistry
High Performance Coupled Cluster in C++/CUDA with Python bindings and PySCF integration
Browser-native quantum chemistry in WebGPU and TypeScript. HF, UHF, DFT, MP2, CCSD, unrestricted CCSD and CCSD(T), with WGSL kernels for the CCSD(T) triples and the Fock build. EE/IP/EA-EOM-CCSD, Cholesky density fitting, statevector and MPS/DMRG. Cross-checked against PySCF, ITensor and brute-force Hamiltonians.
Complete Basis Set (CBS) Extrapolation from CCSD(T)/cc-pVTZ and CCSD(T)/cc-pVQZ Single Point Energies
Exactness at scale in Rust: CC(1)-CC(8), symmetry-compact 451M-determinant FCI, deterministic Davidson, direct libcint, and reproducible HPC evidence.
Programs written by students in the Spring 2015 iteration of CHEM 850: Advanced Quantum Chemistry at the University of Kansas
Interpolating the CCSD amplitudes using Procrustes Orbitals and Gaussian Process Regression
Symbolic derivation of dual-exponent coupled-cluster equations with automatic np.einsum code generation, built on SymPy secondquant
A framework for developing plane wave-based electron correlation methods and workflows
Master thesis of Simon Elias Schrader in Computational Science: Chemistry
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