858 papers
Using the STAR experiment at RHIC, researchers measured the binding energies of A=4 mirror hypernuclei (⁴ΛH and ⁴ΛHe) in Au+Au collisions to precisely quantify charge-symmetry breaking in Λ–nucleon interactions, revealing that the energy-level splitting effects in ground and excited states are comparable in magnitude but opposite in sign.
This paper presents a systematic geometric and operational analysis of MICT-discord in two-qubit systems, revealing its noise resilience and distinct scaling behaviors while highlighting specific limitations in detecting correlations within mixed states.
This paper demonstrates that massless Klein-Gordon waves near a Schwarzschild horizon exhibit strong-field amplitude modulation and significant deviations from the null-geodesic approximation at low frequencies, interpreting the resulting near-horizon group velocity growth as a breakdown of the eikonal approximation rather than a violation of causality.
This paper proposes and analyzes a boundary-phase control scheme for sequentially addressed trapped-ion ZZ interactions, demonstrating that alternating force windows can generate high-fidelity entanglement with distinct phase signatures and predictable contrast, albeit at the cost of increased force action compared to simultaneous control.
This study reports the successful synthesis and characterization of hexagonal CuS nanoparticles with a 2.36 eV band gap, supported by GGA+U calculations that validate the material's direct band gap nature and strong near-infrared absorption, highlighting its potential for photothermal and p-type optoelectronic applications.
This study demonstrates that a symmetric single quantum well system operating under electromagnetically induced transparency can efficiently generate multi-octave mid-infrared supercontinua using non-Gaussian pulses, with cosh-Gaussian and tanh-Gaussian profiles yielding the broadest spectral extensions of up to 2.54 octaves.
This TOPAS Monte Carlo study demonstrates that incorporating gold or platinum nanoparticles into prostate LDR brachytherapy significantly enhances tumor dose and improves the therapeutic ratio, with gold showing slightly superior performance but platinum emerging as a viable, cost-effective alternative.
This study demonstrates that solution-synthesized Mn-doped ZnO nanoparticles (5.8–6 nm) maintain a pure wurtzite structure while exhibiting a red shift in optical absorption, quenched defect-related photoluminescence, and significantly enhanced room-temperature ferromagnetism attributed to bound magnetic polarons.
This study employs a global Hall-MHD model to demonstrate that Hall-effect-generated electric fields significantly exceed convective fields in key regions of Mercury's magnetosphere, thereby substantially altering the global electric field morphology and dynamics in ways that depend on solar wind conditions and interplanetary magnetic field orientation.
This study introduces a novel inverse federated scientific machine learning (I-FedSciML) framework that enables the privacy-preserving, collaborative calibration of nonlocal strain gradient plasticity model parameters across diverse micro-scale experimental datasets without centralizing raw data, achieving high predictive accuracy even under significant noise conditions.