Latest Articles for Quantum Mechanics

This article analyzes the interactions of gravity and electromagnetism at the quantum level.

Exploring how large deviations theory sheds light on defect formation during phase changes.

A new QKD system achieves high key rates and long-distance capabilities.

A look into the Hubbard model's impact on electron behavior in materials.

A look into the study of a-anomalies in quantum field theories.

A new design for atom interferometers using helium shows promise for enhanced measurement precision.

Researching connections between gravity's behavior and quantum theories through asymptotic symmetries.

Research explores the interaction of spin-polarized particles and intense laser fields.

Explore the unique characteristics of black holes influenced by acceleration and charge.

This article examines Kronecker coefficients and their relation to quantum computing and representation theory.

A look at the Oppenheimer-Snyder model and its implications for black holes.

New hierarchical circuits offer deeper insights into quantum behavior and thermalization.

A look into non-Hermitian systems and their impact on quantum phase transitions.

This article discusses how memory effects shape quantum systems' interactions and their importance.

Exploring a novel approach to regression using quantum computing.

A study on eigenfunction localization and its implications in physics and engineering.

A look into gauge theories, their transitions, and particle interactions.

A study on determining nonlinear coefficients using boundary measurements in the Schrödinger equation.

Exploring how phase transitions relate to atomic arrangements and elasticity in materials.

A look into noise behaviors in quantum Hall systems under temperature gradients.

Investigating quarkonia pair production in high-energy collisions reveals ongoing challenges and potential for new insights.

Examining the links between AdS boundaries and defects reveals new physics insights.

Researching particle decay to test existing theories and seek new physics.

Explore how path calculus connects linear algebra and quantum theory through visual diagrams.

A detailed examination of heavy quarks and their interactions through form factors.

Investigating how sudden changes in conditions affect fermionic lattice behavior.

Discover how non-local correlations influence communication and cryptography.

Exploring the findings and implications of partition functions in quantum gravity research.

Exploring pion behavior reveals insights into strong interactions and early universe conditions.

This research uncovers links between CFTs, quantum gravity, and random matrix behavior.

Examining how gravity influences particle behavior in curved spacetime.

Research reveals discrepancies in baryonic decays, hinting at new physics.

Explore how quantum oscillators react to changing conditions and energy loss.

Research explores trident production processes in high-energy electron interactions with crystals.

Exploring how modular flavor symmetries relate to particle properties and interactions.

Examining how quantum systems transition to classical behavior over time.

A deep look into integrability through Poisson-Lie groups and higher-dimensional systems.

A study on holonomy-flux phase space and its implications for quantum gravity.

Exploring the links between vector beams and quantum mechanics.

A fresh approach to understanding cosmic evolution through modified entropy.