Physics - Quantum Physics

Exploring the creation of unique light states in cavity quantum electrodynamics.

Examining how environments impact quantum systems and their equilibrium states.

Researchers improve quantum computing accuracy through error detection and correction methods.

Researchers enhance single-photon state analysis using machine learning techniques for better accuracy.

Exploring the connections between thermodynamics, quantum systems, and curved spacetime.

A new filtering method enhances the study of photon correlations and light interactions.

A novel framework optimizes pulse generation for better quantum circuit performance.

A new framework for improved decision-making in dynamic situations.

This article discusses advanced methods in quantum error correction using Population Annealing.

This article presents a novel approach to analyze high-dimensional entangled systems.

Exploring how quantum reservoir computing aids in predicting chaotic behaviors and extreme events.

An analysis of two-body losses in particle interactions and their implications.

First measurement of charge noise in superconducting qubits conducted underground.

This article discusses performance of style-based qGANs on different quantum computers.

A new method improves quantum sampling efficiency for complex problems.

New methods boost the certifiable randomness from quantum measurements.

Discover how quantum mechanics transforms heat engine performance.

A straightforward guide to preparing your scientific article for submission.

New methods improve quantum circuit cutting efficiency for distributed systems.

ReSaQuS improves quantum search efficiency using innovative resource management techniques.

Exploring the role and potential of quantum unpredictability in modern cryptographic systems.

Researchers combine techniques to improve studies of quantum systems and electronic structures.

Learn about error correction in quantum computing, focusing on surface codes and the CNOT gate.

Local minima and barren plateaus hinder quantum algorithm training.

Exploring the significance of higher Berry curvature in understanding quantum materials.

New method enhances reliability in measuring quantum computer performance.

A look at squeezed light and its applications in various fields.

Exploring how quantum systems synchronize under unique conditions and interactions.

Researchers identify T center-like defects in silicon for advanced quantum applications.

A new algorithm improves phase extraction in atom interferometry for better measurements.

New methods enhance security in quantum key distribution using decoy-state techniques.

Quantum computing aids in simulating complex chemical systems for better predictions.

We develop methods for simulating complex multi-level systems using qubit-based quantum simulators.

This article examines the impact of local measurements on quantum state distinguishability.

Investigating how electron motion impacts radiation and temperature.

Exploring the role of symmetry-protected topological states in quantum communication.

Measurements in quantum systems can create currents through the influence of symmetry.

Exploring the role of entropy in enhancing quantum communication security.

Examining model checking methods for assessing quantum systems and their behaviors.

Researchers manipulate topological polaritons within optomechanical ladders for advanced applications.