Recent research has demonstrated a significant advancement in optical technology through the development of fast, low-loss all-optical phase modulation using warm rubidium vapor. The study, conducted by William Davis and colleagues, showcases a phase modulation technique that achieves a bandwidth of 100 MHz while maintaining a transmission loss of only

Recent research has examined the influence of major technology companies on artificial intelligence (AI) research, focusing on how ideas are attributed to different affiliations. The paper titled "Big Tech influence over AI research revisited: memetic analysis of attribution of ideas to affiliation" by Stanisław Giziński and colleagues provides

Recent research by Pedro Cal, Matthew A. Lim, Darren J. Scott, Frank J. Tackmann, and Wouter J. Waalewijn presents significant advancements in the understanding of Higgs boson production processes. The paper, titled "Jet veto resummation for STXS H+1-jet bins at aNNLL'+NNLO," focuses on the Simplified

Recent advancements in numerical methods for quantum mechanics have been made with the introduction of novel full- and low-rank exponential Euler integrators designed for the Lindblad equation. This equation is essential for modeling the dynamics of open quantum systems, where the states are represented by density matrices. The study, authored

Recent research has expanded the understanding of wind turbine power output dynamics through a refined analysis method. The paper titled "Extension of the Langevin power curve analysis by separation per operational state" by Christian Wiedemann and colleagues introduces a new approach to characterizing the power output of wind

The MUon Scattering Experiment (MUSE) has introduced a new beamline calorimeter designed to address several significant physics goals. The experiment is primarily motivated by the proton radius puzzle, which highlights discrepancies between measurements obtained from muonic hydrogen spectroscopy and those from electron-proton interactions. MUSE aims to test lepton universality, measure

Recent research has expanded the QUEST database, which focuses on highly accurate vertical transition energies, particularly for organic chromophores commonly used in dye chemistry. The study, titled "Reference CC3 Excitation Energies for Organic Chromophores: Benchmarking TD-DFT, BSE/GW and Wave Function Methods," was conducted by Iryna Knysh, Filippo

Recent research has unveiled a significant advancement in the understanding of the nonlinear Hall effect, particularly under the influence of light. The study, titled "Light-enhanced nonlinear Hall effect," authored by Fang Qin, Rui Chen, and Ching Hua Lee, explores how the Hall response in materials with broken inversion

A new dataset called ORBITAAL has been introduced to facilitate research on Bitcoin transactions, which are of interest in both economic and network science fields. The dataset, developed by Célestin Coquidé and Rémy Cazabet, is the first of its kind to utilize a temporal graph formalism. It encompasses all Bitcoin

Recent research by Sara Giarrusso and Federica Agostini explores a new method for modeling the Kohn-Sham potential, which is crucial in density-functional theory (DFT) for understanding molecular dissociation. The paper, titled "Modelling the Kohn-Sham potential for molecular dissociation with orbital-independent functionals: a proof of principle," presents a novel

Recent research has provided insights into the behavior of nanomechanical resonators, specifically focusing on the scaling of nonlinearity and linear dynamic range (LDR) in nanoelectromechanical systems (NEMS). The study, titled "Mode-Dependent Scaling of Nonlinearity and Linear Dynamic Range in a NEMS Resonator," was conducted by M. Ma and