Latest Articles for Quantum Computing

Enhancing security of quantum key distribution with advanced postselection techniques.

A new method improves mapping of quantum circuits onto processors.

Examining the unique properties and transitions of quantum spin liquids in materials.

This study reveals high-readout accuracy in tin-vacancy centers for quantum networks.

Exploring the impact of noncommuting charges on quantum thermalization processes.

Researchers enhance thermal state preparation using quantum Gibbs samplers for improved simulations.

A method to enhance quantum sampling efficiency with squeezed vacuum states.

Research reveals new insights into quantum states using the toric code model.

Examining the impact of noise on quantum circuits and how to manage it.

New FPGA-based decoder improves error correction speed in quantum computers.

Learn how new techniques improve quantum simulation for complex systems.

A new method improves fast laser frequency adjustments.

A new model combines quantum computing and transformers for enhanced machine learning.

Quantum neural networks offer advanced security solutions against cyber threats.

A look at how photonic lattices improve quantum computing efficiency.

Exploring how quasiparticles affect the performance of superconducting qubits in quantum computing.

A new approach improves understanding of Josephson traveling-wave parametric amplifiers.

Examining the role of pump pulse shapes in generating entangled photons.

This article discusses a new GPU-based system for real-time waveform generation.

Quantum models enhance image classification accuracy by addressing variations and rotations.

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

Examining how annealing influences the superconducting properties of niobium crystals.

Research reveals effects of spin-orbit coupling in two-dimensional materials for electronics.

Exploring the classification and properties of mixed-state SPT phases in quantum systems.

Researchers combine quantum computing and chemistry to improve drug discovery processes.

Exploring quantum algorithms to tackle nonlinear systems efficiently.

Exploring the potential and characteristics of fluxonium qubits in quantum computing.

Exploring how NCDEs reshape data learning and prediction.

BS-C method combines quantum computing and classical chemistry for efficient molecular studies.

Research explores VQAs for solving nonlinear quantum dynamics challenges.

Examining how noise affects quantum computing and the importance of fidelity standards.

Exploring the effects of scarring and antiscarring in quantum systems.

A new method enhances multiplication efficiency in quantum computing.

A look at how the Jaynes-Cummings and Lipkin-Meshkov-Glick models reveal quantum behavior.

Study highlights electronic structure and interface quality in advanced layered materials.

A look into the unique properties of higher-order topological superconductors and their implications for quantum computing.

A study on how altermagnets and superconductors interact to improve electronics.

Exploring new ways quantum technology enhances signal reconstruction methods.

Using quantum techniques to tackle the Newsvendor problem and improve inventory decisions.

Exploring the link between magnetization and edge currents in materials.