Latest Articles for Hamiltonian

Non-Hermitian theories break the mold of quantum physics, revealing intriguing dynamics.

Discover how quantum systems remember their past interactions with environments.

Dive into the intriguing world of the Schwinger model in quantum physics.

Discover the science behind particles and their interactions in lattice gauge theories.

Quantum computing reshapes chemistry with new possibilities for solving complex problems.

Discover fresh methods transforming quantum chemistry through the sum-of-squares technique.

Exploring Hamiltonian systems reveals the complexities of motion in curved environments.

Discover the fascinating movements of particles in fluid through Brownian motion.

Discover how quantum dynamics simulations are shaping the future of technology.

A fresh algorithm makes quantum simulation easier and more efficient.

Scientists refine models to predict nuclear behavior of unstable isotopes.

New method combines AI with physics for better quantum models.

Discover the unique properties of porous graphene-based kagome structures and their potential impact.

Learn how scientists identify Hamiltonians in quantum systems through innovative techniques.

Researchers use variational algorithms to enhance Hamiltonian optimization in quantum computing.

Discover how quantum computing enhances graph analysis and unlocks new insights.

A new approach to estimating ground state energy in quantum systems.

Discover the complex relationship between quantum gravity, holographic principles, and information.

A new dataset aids in solving quantum computing problems efficiently.