858 papers
This paper establishes a transferable design rule using relational reduction and exact complexes to prove that positive, covariant quantum responses can preserve massless spin-2 modes, a result validated through randomized testing and an explicit five-qubit protocol on a programmable quantum network.
This study experimentally establishes the surface of YbMnGe as a platform for intrinsic two-dimensional altermagnetism and a symmetry-protected p-wave orbital angular momentum texture, revealing unexpected anomalous Hall effects despite the material's compensated bulk order.
This study presents the first experimental data mapping electron screening effects on highly-ionized chromium at pressures up to 10 billion atmospheres, revealing a 20-eV energy shift that challenges current ab-initio density functional theory models.
By combining filling-dependent Raman spectroscopy with machine-learning first-principles calculations, this study reveals that an interference selection rule in moiré semiconductors selectively enhances electron--phonon coupling through specific breathing modes, suggesting a substantial phonon contribution to the superconductivity observed in large-angle twisted WSe and MoTe.
This study demonstrates that pre-corrosion in simulated propellant-derived acidic environments accelerates fatigue failure in 2195-T8 Al-Li alloy laser-welded joints by coupling weld-induced softening with electrochemical activation, which shifts crack initiation to corrosion defects and promotes rapid damage coalescence along weakened bands.
This paper presents a room-temperature fabrication strategy combining magnetron sputtering and van der Waals transfer to integrate damage-free amorphous high-κ dielectrics onto 2D semiconductors, enabling top-gate MoS2 transistors with superior electrical performance, including a near-Boltzmann-limit subthreshold swing and high on/off ratios.
This study utilizes an interface-specific in situ photoluminescence platform to reveal vertical crystallization heterogeneity in solution-processed metal halide perovskites, demonstrating that suppressing buried-interface nucleation is essential for achieving unidirectional crystal growth and high-quality thin films.
This paper presents a novel method for deriving exact source functions of the Grad–Shafranov equation by transforming it into a fourth-order partial differential equation to obtain independent solutions, which are then validated through numerical computation and applied to the ITER baseline scenario.
This study demonstrates that buried-interface engineering in quasi-one-dimensional Sb₂(S,Se)₃ heterostructures enables high-performance self-powered photodetectors that significantly enhance the magnetic-field sensitivity and measurement precision of diamond nitrogen-vacancy fluorescence magnetometry systems compared to commercial silicon alternatives.
This study establishes an analytical and computational framework demonstrating that Lennard–Jones parameters for dilute-gas viscosity are only locally identifiable when derived from widely spaced temperature data, revealing that high-temperature-only designs lead to rank deficiency and significant uncertainty amplification while providing practical guidelines for optimal experimental temperature selection.