Lecture 1
Overview of determinant- and derivative-free quantum Monte Carlo approaches.
Quantum Monte Carlo · Tel Aviv University
Exploring stochastic wavefunctions for emergent materials.
Liam Bernheimer is a Ph.D. researcher in chemistry focused on determinant-free quantum Monte Carlo methods and high-performance simulations for many-body systems.
Publications
Automatically synced with ORCID to keep recent works front and center.
In the Media
International and Hebrew-language coverage curated automatically.
Global outlets
בתקשורת העברית
Lectures
Recorded talks and course appearances focusing on stochastic wavefunction methods.
Lecture 2
Path integral enabled methods and applications in many-body quantum chemistry.
About & CV
Snapshot of ongoing research, collaborations, and a downloadable curriculum vitae.
Liam Bernheimer researches determinant-free quantum Monte Carlo methods at Tel Aviv University, building scalable approaches to probe correlated materials. Current projects span algorithm design, high-performance implementations, and collaborations with condensed matter partners.
For media requests, talks, or joint work, reach out via the Twitter and LinkedIn icons in the navigation or email listed below. Additional profiles and publications are aggregated throughout this site.
Curriculum Vitae
Prefer an external viewer? Open the PDF in a new tab.