858 papers
This paper proposes a "virtual-wire" model to explain reactionless propulsion in open-circuit coils via electromagnetic asymmetries and presents preliminary experimental data showing reproducible net thrust consistent with the theoretical predictions.
This study introduces the Quantum Survival Dimension (QSD) framework as a descriptive and predictive tool for characterizing coherence suppression in multirate open quantum systems, demonstrating that while QSD alone is insufficient for prediction, it provides a modest but measurable improvement in accuracy when combined with rate-based information.
This paper proposes an ultra-high sensitivity terahertz dual-parameter sensor based on an eccentric-core photonic crystal fiber coated with MoS₂ and filled with thermosensitive liquid, which simultaneously achieves high-performance refractive index and temperature detection with minimal cross-sensitivity and a large penetration depth for biochemical applications.
This paper demonstrates that ultrafast laser irradiation of nanoporous silica induces rapid pore collapse and preferential nucleation via electromagnetic field enhancement, leading to the sub-nanosecond formation of stishovite—a high-pressure phase that outpaces pressure relaxation and can be controlled by tailoring electromagnetic hotspots.
This paper presents an information-based symbolic regression framework that derives compact, interpretable local surrogates for key transition parameters, significantly improving the accuracy of RANS transition modeling for various flow cases while highlighting the need for potential recalibration in low-turbulence scenarios.
This paper presents a systematic benchmark of three-boson bound-state calculations in momentum space by comparing one-dimensional, two-dimensional, and three-dimensional formulations, demonstrating high-precision agreement in binding energies and spatial observables across different interaction types and equation forms.
This study employs a combined DFT and SCAPS-1D approach to engineer band alignment using non-toxic Nb₂O₅ and MnS transport layers, achieving a record 25.30% power conversion efficiency and demonstrating superior thermal and illumination stability for Cd-free Sb₂(S,Se)₃ thin-film solar cells.
This study extends the generalized unitary transformation method to systems with spin-momentum coupling, revealing that a moving magnetic domain wall in a Weyl semimetal induces a chirality-dependent spin-motive force.
This study demonstrates that the accuracy of using helium as a hydrogen surrogate is highly scenario-dependent, varying with jet orientation, confinement, and flow conditions due to the competing effects of inertia and buoyancy, thereby necessitating a multi-parameter framework for selecting appropriate conversion criteria.
This study employs high-throughput first-principles screening to identify nearly 440 non-magnetic semiconductors that exhibit ultrafast, linearly polarized light-induced magnetization, demonstrating that this phenomenon is widespread and providing systematic chemical trends to guide future experimental verification and applications.