Latest Articles for Quantum Physics

A projection-based technique enhances understanding of lattice models in quantum physics.

New methods enhance precision in studying hydrogen molecular ions and their quantum states.

Investigating the behavior of semi-Dirac materials in quantum transport and noise.

Explore the unique transport properties and phenomena of ZrTe.

An overview of the Schwinger model and its significance in particle physics.

Examining the role of entanglement and ground states in conformal field theories.

Research unveils how spectral diffusion affects quantum light emission.

Quantum techniques improve detection of objects with low light reflection.

Scientists improve the stability of dysprosium atoms through innovative arrangements.

Investigating the fascinating behaviors of electrons in tilted Dirac materials.

New methods improve quantum steering sharing among multiple observers using innovative measurement techniques.

This article explores how sedentariness affects quantum state transfer in networks.

A groundbreaking approach using electric fields generates two-mode squeezed states with trapped ions.

An overview of the Random Phase Approximation method and its applications.

A new approach enhances calculations in quantum field theory.

Examining unique quantum oscillations in graphene structures under magnetic fields.

A look into the links between quantum mechanics and cosmology.

Research improves control over quantum wells with independent electric contacts.

Hybrid quantum interferometers enhance measurement accuracy using quantum mechanics.

Researchers study unique jets formed in Bose-Einstein condensates, revealing complex atomic interactions.

This tool advances weak signal measurement amid background noise using quantum techniques.

Exploring the connection between black holes, viscosity, and entropy.

Exploring the link between disorder and new phases in quantum systems.

Exploring how confinement influences interactions and behaviors in dipolar bosons.

An overview of coherent population trapping and its technology applications.

Learn how quantum ghost imaging utilizes entangled photons for innovative imaging techniques.

A new method confirms quantum systems surpass classical ones in shared randomness.

Scientists manipulate ultracold atoms to generate and store quantum entangled states.

New techniques using weak measurements improve understanding of quantum systems.

A guide to understanding anyon condensation in quantum systems.

Quantum coherence plays a vital role in technology and physics applications.

Innovative methods to measure quantum entanglement are transforming advanced technologies.

This article examines black holes affected by non-commutative geometry in higher dimensions.

A deep look into how three-level systems behave under external forces and phonons.

Researchers examine modified gravity theories to explain the universe's accelerating expansion.

This article discusses the behavior of excitons in MoS/WSe layered materials.

NNQMD techniques are transforming material science research through enhanced atomic simulations.

Examining unique correlations in quantum triangle networks and their implications.

Examining hidden nonlocality and its implications in linear quantum networks.

Research reveals differences between charge and spin currents driven by light.