Latest Articles for Ground States

Machine learning improves the accuracy of predicting crystal structures for new material development.

A new method enhances efficiency in preparing ground states using quantum simulators.

A new method simplifies reaching low-energy states in quantum systems.

A look at conducting polymers and their potential impact across various industries.

A look into configurations and excitations in the 3D Toric Code.

Explore the unique features of spin liquids in non-periodic quasicrystalline structures.

This article examines the synergy between quantum computing and Monte Carlo methods in science.

A study on using VQE to analyze quantum systems and magnetic materials.

Researchers study quantum spin chains to better understand energy transfer in quantum systems.

A new approach improves the analysis of nuclear collective motions and behaviors.

Study the impact of quantum phase transitions on light and mechanical interactions.

This article examines the behavior of four interacting spins arranged in a ring.

A novel approach uses Lindbladian dynamics for efficient ground state preparation.

This article discusses spin networks' role in advancing variational quantum algorithms.

Study reveals complex boson behaviors in a two-chain setup.

Exploring dipole-conserving systems and their unique properties in quantum mechanics.

Researchers achieve progress in preparing molecular ions for precise experiments.

A look into the unique properties of traid anyons and their role in quantum mechanics.

Exploring nuclear matter and the role of the parity-doublet model in extreme conditions.

Exploring the role of qutrits in stabilizer codes and error correction.

Researchers are improving methods to control spin interactions in Ising models through optical techniques.

Researchers expand understanding of particle behavior using Dirac equation and unique potentials.

This article discusses challenges in finding local energy minima in quantum systems.

Exploring the unique characteristics of non-Abelian anyons in quantum systems.

An overview of flatband systems and their unique characteristics in physics.

A new method improves quantum simulations, addressing chemical reaction complexities.

Learn how excited states impact materials and reactions.

A new method solves complex quantum problems more efficiently using quantum computers.

A new method combining feedback and counterdiabatic techniques improves quantum state preparation.

New SWAP method improves understanding of spin glasses through enhanced relaxation dynamics.

This study examines how lattice uniformity affects the Hatsugai-Kohmoto interaction model.

Thouless pumps demonstrate quantized particle transport in quantum systems with practical implications.

Cooling methods enhance quantum computation efficiency for complex problem solving.

Exploring the link between real and imaginary time in quantum systems.

This study introduces NNBF to enhance ground state calculations in quantum chemistry.

A study on frustrated ladders reveals complex spin interactions and their behaviors.

This article explores anyons and their unique entanglement properties in quantum systems.

A new method for preparing ground states in quantum systems using cooling techniques.

Research on trapped ions reveals insights into their dynamics and interactions.

Research explores VQAs for solving nonlinear quantum dynamics challenges.