Latest Articles for Physics Research

Scientists use reinforcement learning to improve connections between quantum particles.

Discover how mechanical resonators are pushing the limits of quantum science.

Quantum computing enhances the detection of unusual patterns in various fields.

Scientists use methane-filled fiber to generate a range of colors from light.

Exploring the unique behaviors of topological order in superconductors.

Explore how qubits share information through superactivation.

A look into how heavy mesons decay and the impact of helicity form factors.

Learn how quantum states behave over time in unique conditions.

Explore the fascinating properties and potentials of fractonic systems in physics.

Exploring the complexities of distinguishing quantum states and their unique connections.

Understanding how electrons interact using the Pauli exclusion principle.

Researchers test optical components for reliable polarisation in extreme cold.

New methods in measuring quantum entanglement using randomized techniques show promising results.

Discover how quantum mechanics could transform battery technology.

Spin ice reveals unique magnetic behaviors with potential real-world applications.

Researchers find new ways to enhance solar cell efficiency using impact ionization.

Discover how quantum dots interact and create intriguing Kondo behaviors in unique arrangements.

Researchers investigate Composite Higgs Models and their predicted spin-1 resonances.

A deep dive into the impact of two-photon exchange in particle physics.

Dive into the fascinating world of charged particle interactions.

Discover the unique properties of CrTe compounds and their impact on spintronics.

Discover how scientists tackle noise in quantum measurements for greater precision.

Discover how neural networks transform data analysis in particle physics.

Discover how hole spin qubits are redefining the future of quantum computing.

Researchers study how potentials influence particle behavior in two-dimensional quantum systems.

Discover how new methods are changing the game in controlling quantum systems.

Dive into the fascinating interactions at the atomic level with quantum friction.

A look into how fluids behave in two dimensions and what it means for science.

Discover the unique properties of Kagome superconductors and their implications for technology.

Explore the fascinating world of quantum spin transport and its universal behaviors.