Latest Articles for Computational Physics

ExcitationSolve offers an efficient way to optimize ansätze in quantum chemistry.

A look at how Wigner rotations influence particle interactions and decay processes.

New techniques improve light simulation in advanced materials with complex structures.

New techniques in managing quantum systems enhance density matrix calculations.

A method for efficient simulation of SU(2) gauge theory using gauge fixing.

A new method for finding ground states of quantum systems efficiently.

New code enhances research on magnetic impurities in materials.

This article examines random tensor networks to understand quantum state behavior.

This study explores how pions scatter using advanced simulation techniques.

New methods improve calculations for excited states in materials using GPUs.

Research explores the properties of a doubly-charmed tetraquark using lattice QCD.

Exploring eigenvalues and computational techniques for nuclear reactor criticality management.

Machine learning transforms micromagnetics with innovative solutions for magnetic simulations.

Improving machine learning methods to estimate free energy efficiently.

A look into the complexities of top quark pair production.

This article explores the application of IMEX-RK methods in gas dynamics.

A look into how optimisers enhance Variational Quantum Eigensolver performance.

Explore the fascinating role of duality defects in compact boson CFTs.

Exploring advances in lepton colliders and Monte Carlo generators.

A new algorithm enhances the study of complex quantum systems and reduced density matrices.

Explore the fascinating dynamics of information scrambling in quantum systems using the SYK model.