Recent advancements in molecular dynamics simulations have been significantly impacted by the development of a new force field known as ByteFF. This innovative approach addresses the challenges posed by the rapid expansion of chemically accessible space, which traditional methods struggle to accommodate. ByteFF is designed to be compatible with the

Recent research has focused on the photofragmentation of two polycyclic aromatic hydrocarbons (PAHs), corannulene (C20H10) and sumanene (C21H12), which have implications for astrophysics. These compounds are significant due to their presence in the interstellar medium and their role in the formation of smaller hydrocarbons through fragmentation processes. The study, conducted

Recent advancements in machine learning have opened new avenues for understanding X-ray spectroscopy, particularly in the context of aqueous sulfuric acid. A study led by E. A. Eronen and colleagues benchmarks six different structural descriptor families using a dataset of 24,200 sulfur K(\beta) X-ray emission spectra simulated at

Recent research from the NA61/SHINE collaboration has provided new insights into the behavior of multiplicity and net-electric charge distributions in inelastic proton-proton interactions. The study, titled "Measurements of higher-order cumulants of multiplicity and net-electric charge distributions in inelastic proton-proton interactions by NA61/SHINE," presents findings based on

A recent paper titled "Rigorous Bound on the Violation of Dynamic Reciprocity Induced by Four-Wave Mixing" by Alexander D. White and Rahul Trivedi presents significant findings in the field of nonlinear optics. The study addresses the concept of dynamic reciprocity, which imposes constraints on the performance of nonlinear

Recent research has introduced a novel method for analyzing laser-induced electron diffraction, which could enhance our understanding of electron dynamics in strong laser fields. The study, titled "Quantum pathways interference in laser-induced electron diffraction revealed by a semiclassical method," was conducted by Phi-Hung Tran, Van-Hung Hoang, and Anh-Thu

Recent research by Anna Sappington and Vaibhav Mohanty introduces a new framework for understanding genotype-phenotype (GP) maps, which are crucial for studying biological and physical systems. The paper, titled "Probabilistic Genotype-Phenotype Maps Reveal Mutational Robustness of RNA Folding, Spin Glasses, and Quantum Circuits," presents the concept of probabilistic

Recent research has explored the dynamics of resistive tearing instabilities in stratified fluids, particularly under conditions relevant to astrophysical phenomena. The study, titled "Stratified Resistive Tearing Instability," was conducted by Scott J. Hopper, Toby S. Wood, and Paul J. Bushby. The authors investigated how stable stratification affects tearing