Latest Articles for Correlation Functions

A look into correlation functions and methods to analyze quantum states.

Research shows machine learning can predict non-Hermitian phase boundaries using Hermitian data.

An overview of correlation functions and their significance in conformal field theory.

Examining how correlation functions help understand the universe's early phases.

Exploring the interactions of fermions in the 2D Hubbard model.

Researchers enhance cosmic structure analysis through innovative data compression techniques.

This work highlights the role of synthetic data in studying the Lyman-alpha forest.

VERITAS Observatory measures UMa's diameter using innovative techniques, advancing knowledge of stellar properties.

This article examines how point-vortex systems behave over time.

A deep dive into the generalized spectral form factor in quantum systems.

Exploring multi-entropy's role in entanglement and quantum information.

A look into Born-Infeld Electrodynamics and its implications in the Carrollian limit.

Understanding different temperatures in the context of de Sitter space.

Examining how defects affect magnetic properties in two-dimensional materials.

A new method improves the estimation of memory kernels in particle dynamics.

Analyzing how a tagged particle interacts in a chain of active particles.

Study on how particle interactions change under varying conditions.

A look into non-Hermitian Wishart matrices and their applications in statistics and physics.

A systematic approach to create multi-particle operators considering cubic symmetry.

A look at how the Bethe layer method helps analyze the Ising model.

A new quantum algorithm helps calculate scattering matrix elements in chemical reactions.

Research reveals how light nuclei form in extreme nuclear environments during heavy-ion collisions.

A study on phase dynamics in parallel 1D Bose gases during time-of-flight measurements.

Exploring the intricate world of quantum spin glasses and their implications.

Research reveals the complex relationship between quasars and surrounding galaxies.

Examining how systems slow down near critical points and phase transitions.

An accessible look at Hawking radiation and its implications for black holes.

Exploring the cosmic background and its fluctuations from the Big Bang.

New methods using random fluxes enhance understanding of bosonic particles and black holes.

Research reveals key insights into metal-insulator transitions using cold atom systems.

A study of magnetism using the Ising model on a unique lattice structure.

Examining the Schwinger model's behavior in de Sitter space and its implications.

An overview of correlation functions and their significance in cosmological studies.

Exploring the SYK model's impact on understanding quantum gravity and spacetime dynamics.

This study examines how active environments affect particle transport and system behavior.

A look into how spectral density functions impact device testing in reverberation chambers.

New findings challenge the assumption of spherical dark matter halos in galaxy clustering studies.

A look into the relationship between string theory and conformal field theory.

An insightful look into the role of composite defects in critical phenomena.

A study on how particles in a Volterra lattice interact and evolve over time.