858 papers
This paper demonstrates that non-magnetic impurity scattering in multi-Weyl semimetals can tune the leading pairing instability from a topologically nontrivial monopole channel to a conventional s-wave channel, establishing a specific criterion for this crossover based on the interplay between disorder strength and the relative critical temperatures of the competing pairing states.
This paper characterizes the spatio-temporal filtering effects of capacitive MEMS sensors on wall shear stress measurements in high-Reynolds-number boundary layers by combining experimental iso-Reynolds-number analysis with synthetic filtering of DNS data, ultimately establishing a validated framework to correct for high-frequency spectral attenuation caused by finite sensor resolution.
This study utilizes SCAPS-1D modeling to demonstrate that optimizing interfacial band alignment and passivating defects in all-inorganic CsPbI₂Br/CuI perovskite solar cells can boost indoor photovoltaic efficiency from 19.46% to 32.56%, identifying interfacial non-radiative recombination as the primary loss mechanism and confirming the device's viability for powering autonomous IoT sensors.
Levity Theory proposes a phenomenological framework that explains galaxy rotation curves and cluster dynamics without dark matter by introducing a density-dependent coupling to the cosmological constant, achieving high predictive accuracy across diverse scales while offering a consistency check on the vacuum energy density.
This paper proposes a parameter-free Left-Right Symmetric framework where distinct (B − L) assignments generate sector-dependent stiffness factors that enforce a universal equilibrium condition, successfully predicting the observed quark-lepton mixing asymmetry, CP-violating phases, and the specific deviation of the quark-lepton complementarity sum from 45° without adjustable parameters.
This paper demonstrates that during primordial inflation, non-linearities in the De Broglie-Bohm quantum potential induce rapid chaotic phase-mixing of sub-horizon modes, dynamically enforcing the Born rule before horizon crossing and constraining residual non-equilibrium effects to observable limits in the Cosmic Microwave Background.
This experimental study demonstrates that while the magnitude of confinement (pipe diameter) is the primary determinant of hydrophobic sphere water entry dynamics across various cross-sectional shapes, the specific geometry of the boundary becomes a significant secondary factor only under severe confinement conditions.
This paper demonstrates that the complete directed max-relative-entropy matrix uniquely determines a qubit ensemble up to unitary or antiunitary transformations, introducing a calibration-robust protocol that reconstructs quantum geometry directly from experimental frequencies without tomography and validates its accuracy through superconducting-qubit experiments.
This paper demonstrates a compact and flexible method for selectively generating specific terahertz spatial modes in a periodically poled lithium niobate waveguide by adjusting the relative delay between chirped optical excitation pulses, achieving efficient, narrowband multi-cycle THz waveforms without altering the waveguide structure.
This paper reports a scalable halide-assisted CVD method for synthesizing high-quality, centimeter-scale Er-Yb co-doped monolayer WS₂ on sapphire, which significantly enhances photoluminescence and photodetector performance through lattice strain engineering and defect passivation.