Latest Articles for Particle Physics

A novel approach improves ground state preparation for fermionic systems.

An overview of inflation and dark matter's role in the universe.

Investigating dark matter's interaction with neutrinos to explain galaxy structures.

Study of heat flow in nanoemitters aims to improve particle accelerator performance.

Researchers study how particle ratios change in high-energy heavy-ion collisions.

Exploring quantum simulations to reveal particle interactions and properties.

Investigating the links between neutrinos and dark matter could reshape our understanding of physics.

Investigating light polarization to uncover secrets of the universe.

A model-independent approach to estimate detector response variations in particle physics.

Study updates predictions for the lifetimes of doubly charmed baryons.

Revealing the role of hydrodynamics in dark matter formation during early universe phase transitions.

New approach to study massless particles under complex forces.

A new detector aims to improve electron measurement capabilities at the Electron Ion Collider.

Exploring the unique properties of neutron stars and their link to dark matter.

A study on muon pairs sheds light on potential new physics.

Research reveals how magnetic fields affect signals from dark matter.

Discover how flat beams enhance particle acceleration in plasma.

Exploring the relationship between quarks, gluons, and protons through high-energy physics.

Exploring new frameworks in relativistic quantum mechanics and field theory.

Explore the connection between feebly interacting massive particles and flavor models in dark matter research.

Scientists investigate muons to uncover potential new particles and deepen physics knowledge.

Researchers propose a model with new particles to explain unexplained phenomena.

New methods in lattice models enhance our grasp of chiral theories.

This study explores light nuclei formation during heavy-ion collisions and its implications for nuclear physics.

Investigating quarkonium behavior in rotating Quark-Gluon Plasma during heavy-ion collisions.

Understanding cosmic rays and positrons reveals mysteries of the universe.

This model connects dark matter and neutrinos, offering new insights into the universe.

Using QSVMs to improve flavor tagging in high-energy physics experiments.

A look into the role of stops in dark matter models.

This study reveals insights into the internal structure of spin-3/2 particles.

Study examines the impact of interactions on particle behavior in quantum systems.

New insights into baryon resonances enhance understanding of quark interactions and matter formation.

Investigating the role of Higgs preheating in dark matter production.

Scientists observe new bottom strange states, enhancing knowledge of particle interactions.

Researchers leverage quantum methods to enhance dark matter detection sensitivity and efficiency.

Investigating how gluons may influence cosmic acceleration and dark energy.

Explore how wave-functions evolve in changing harmonic fields.

Scientists study top quark production with light jets to advance particle physics.

A look into ultralight particles and their role in dark matter.

Exploring the connections between supersymmetry and Chern-Simons theory in particle physics.