Latest Articles for Theoretical Research

A new approach improves accuracy in quantum collision models and their predictions.

This article explores how imaginary factors affect particle interactions in physics.

A deep dive into the complexities of asymptotic tensor rank and its implications.

Long-range interactions play a key role in quantum communication and information flow.

Discover the science behind particles and their interactions in lattice gauge theories.

Discover the fascinating interplay of quasiparticles and entanglement in quantum systems.

Explore the interplay between circle bundles and manifolds in mathematics.

Explore the essence of Adiabatic Fredholm Theory and its applications in mathematics.

Uncover the fascinating world of quantum geometry and structure factors.

Dive into the intriguing world of perverse sheaves and their role in mathematics.

Researchers explore CP symmetry and its implications in 4D SU(2) Yang-Mills theory.

Explore the significance and complexity of algebra lengths in mathematics.

Exploring the symmetries of quarks and their behavior at varying temperatures.

Exploring the connections between complexity and geometry in quantum systems.

Uncover the fascinating world of the fractional quantum Hall effect and its unique electron states.

A look into how Effective Field Theory simplifies particle interactions.

Unraveling the interactions of top-quarks and photons in particle physics.

Discover the intriguing link between K-stability and Fano varieties in modern mathematics.

Researchers use Lefschetz thimbles to improve complex Langevin calculations.

Discovering unique behaviors in quasicrystals and non-Hermitian systems through particle interactions.

Discover the fascinating world of function spaces and interpolation methods.

Discover how form factors help us understand particle decays in physics.

A deep dive into boundary effects and the exact β-function in quantum field theories.

Explore the intricate behaviors of many-body systems in quantum physics.

Scientists pursue a unified theory of gravity and particle interactions.

Discover how unexpected anomalies challenge our view of quantum physics.

Exploring quantum field theories through advanced simulations and large-spin models.

Dive into how charged particles interact with unique fields in space-time.

Discover the significance of K-stability in complex geometry and Fano manifolds.

Discover how machine learning aids in understanding complex geometrical shapes.

Discover how topological defects bridge math and physics.

Explore how the Curci-Ferrari gauge simplifies the study of particle interactions.

Discover the connections between modular categories and quantum physics.

A fresh look at the intersection of geometry and algebra.