Projects – Whitfield Group

Neural Nets for Hartree-Fock

Approximating Matrix Product States with Machine Learning

Benchmarking Quantum Computers Using Electronic Structure Algorithms

Funded Projects

Quantum Chemistry for Quantum Computers (QCQC),” Co-PI Department of Energy

Funded Projects

Optimal Basis Set Design for Computational Chemistry Basis Set Design,” ...

Machine Learning for Electronic and Atomistic Simulations

Fermion Encodings and Algorithms for Quantum Simulation

James Whitfield on Muons

Simulating Hamiltonian Dynamics Using Product Formulas

Electronic Structure on Quantum Computers

Hybrid Quantum Computing: Quantum-Classical Interfaces

Fermionic Quantum Simulation

Limitations of Hartree-Fock with Quantum Resources

Quantum Technology: Here and Now

Constructing Random Ensembles of Fermionic Systems

Funded Projects

Fundamental Algorithmic Research for Quantum Computing

Funded Projects

Quantum Chemistry for Quantum Computers

Benchmarking Quantum Computers Using Electronic Structure Algorithms

Approximating Matrix Product States with Machine Learning

Limitations and Aspirations of Quantum Computational Simulations

Application of Chemical Group Theory to Quantum Simulation

The Impression of Quantum Physics

Reflections in Hilbert Space IV: Quantum walks via Szegedy’s scheme

Reflections in Hilbert Space III: Eigen-decomposition of Szegedy’s operator

Reflections in Hilbert Space II: Szegedy’s scheme for Markov chain quant...

Reflections in Hilbert Space I: Grover’s search

At the Intersection of Quantum Computing and Quantum Chemistry