Nuclear TheoryFeatured briefing
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This chapter explains how neutrinos with energies of a few to a few tens of MeV interact with nuclear matter. At the simplest level, low‑ene
This paper tests whether AI agents built from large language models can pool private information by trading in a simple prediction market. T
Researchers introduce AVISE (AI Vulnerability Identification and Security Evaluation), a modular open-source framework to find security prob
This paper introduces AVISE (AI Vulnerability Identification and Security Evaluation), a modular, open‑source framework meant to help resear
Researchers introduce a new kind of graph neural network that builds local gauge symmetry into its core. The network works with matrix-value
The paper introduces a new kind of graph neural network that builds local gauge symmetry into its core. The authors embed non-Abelian gauge
This paper introduces a simple way to estimate how resilient a changing system is when the system itself has trends or strong seasonal cycle
The paper argues that increases in the monetary base do not always push up consumer prices because newly created money can fall into differe
Physicists with the ATLAS experiment at CERN studied rare collisions of lead nuclei in which the nuclei do not break apart. The data come fr
This paper introduces a simple way to estimate how resilient a changing system is when the system itself has trends or strong seasonal cycle
This paper studies a precise link between two ways of making random two-dimensional surfaces. On one side are discrete planar maps built by
A team of mathematicians proves that, under a standard physical energy condition, the total energy of a space-like slice of spacetime is at
Researchers used the gauge–gravity duality (also called holography) to build a three‑dimensional, QCD‑like model and study how spatial aniso
This paper reports a detailed simulation that asks whether a future electron–positron collider run at the Higgs mass could measure the tiny
The paper reviews a key obstacle to mapping the phases of Quantum Chromodynamics (QCD) on a space-time grid: the sign problem. In lattice QC
Researchers with the CMS experiment at the Large Hadron Collider looked for a rare process in which a Higgs boson is produced together with
This paper tests whether gravitational waves from the neutron star merger GW170817 contained an extra kind of ripple that is not predicted b
Researchers introduce MathNet, a large collection of competition-level math problems and a set of tests designed to push how well AI can bot
Researchers used a large optical lattice of ultracold atoms to create and probe extended regions that behave like a U(1) quantum spin liquid