Latest Articles for Quantum Computing

A new algorithm improves simulation of Hamiltonian dynamics in quantum systems.

Explore the unique features and significance of quantum Hall states in physics.

Combining quantum computing with KNN clustering improves data classification in communication systems.

Research combines quantum and classical methods for better data clustering in communications.

A new architecture protects user data in quantum computing environments.

New insights into topological phases and edge states in complex materials.

A new method for finding optimal pathways in chemical reactions using Ising machines.

Explore gapped interfaces in fracton models and their significance in material science.

Researchers achieve rapid generation of Bell states using the anisotropic two-qubit Rabi model.

Investigating spin interactions in energy-dissipating environments.

A new method uses tensor networks for efficient quantum weight enumerator calculations.

Classical simulations show promise in replicating quantum experiments with speed and accuracy.

A look into space-limited quantum computing and its implications.

This article reviews the performance of the IonQ Forte quantum computer using various benchmarks.

A look into quantum walks and their unique probability distributions.

Machine learning aids in controlling quantum dots for future computing.

Quantum techniques are transforming generative models for data generation.

A fresh approach to ensure mixed quantum and classical programs are correct.

Explore the unique properties of higher order topological semimetals and their potential applications.

Researchers work to enhance light interactions using gain materials in metal cavities.

Researchers explore laser-free methods for improving trapped ion quantum computers.

Investigating the unique properties of bilayer graphene and its potential in quantum computing.

Research explores spin squeezing using Silicon-Vacancy centers and acoustic waves for better quantum measurements.

Exploring how quantum measurements affect systems and their transformations.

Examining how independent actions by quantum agents affect shared systems.

Exploring a new hash function leveraging quantum principles for improved data security.

Research highlights the potential of hBN for quantum state generation.

Research on nitridized aluminum reveals its potential in superconducting applications.

Research reveals complex behaviors in superconducting systems through the Kitaev model.

A look into how qubits behave and the models predicting their performance.

Recent findings reveal a new type of quantum anomalous Hall effect in materials.

A new approach improves quantum error correction for varied hardware.

Learn how to identify separable states in quantum systems and its importance.

Exploring new models for achieving room-temperature superconductors.

This article discusses generating quantum channels using discrete functions for better quantum computing applications.

Research reveals strong coupling effects in spin-magnon dynamics using Kerr nonlinearity.

Topological insulators showcase intriguing electrical behaviors that impact future technology.

A new quantum algorithm improves the efficiency of large number factoring.

New strategy improves robustness of quantum gates for practical applications.

Topological insulators feature intriguing properties that could transform electronics and quantum computing.