858 papers
This theoretical study characterizes the magnetic properties and Néel temperature of the altermagnet -MnTe using a symmetry-adaptive tensorial spin model and demonstrates its potential for high-density spintronic memory by predicting a tunneling magnetoresistance of approximately 5300% in sandwiched magnetic tunnel junctions.
This theoretical and pre-experimental analysis evaluates a dual-capsule apparatus designed to generate a confined dynamic energy shell, concluding that while it could theoretically support single-qubit teleportation via entangled pairs, it is fundamentally incapable of achieving macroscopic teleportation or tunneling due to insurmountable decoherence, qubit requirements, and exponentially suppressed transmission probabilities.
This paper provides closed-form analytic benchmarks quantifying how four distinct classes of CNOT gate faults and matched idle noise degrade the conversion of single-qubit coherence into two-qubit entanglement, revealing that while coherent errors are mild and control-phase errors are invisible to this metric, stochastic faults cause proportional degradation with the bit-flip class exhibiting a unique angle-dependent signature.
This study demonstrates that partial holmium substitution at the A-site of LaNiO₃ induces structural distortion and morphological changes that enhance polarizability in the 5% doped sample while simultaneously disrupting ferromagnetic ordering and degrading dielectric stability at higher doping concentrations.
This paper presents an algorithmic model that accurately predicts the compositional transfer of Fe-Cr-Ni-Mn-Cu and Al-Fe-Cr-Ni-Cu high-entropy alloys during DC magnetron sputtering, demonstrating that the calculated film compositions deviate from target values by less than ±1 wt% and align well with experimental results.
This paper presents an exact, integrable solution for the nonlinear planar attitude dynamics of gravity-gradient spacecraft using Jacobi elliptic functions, establishing precise stability thresholds and demonstrating the significant inaccuracies of common polynomial approximations in predicting global phase-space behavior.
This paper proposes a passive sunlight-synchronized relative motion framework for geostationary collocation that optimizes lighting geometry by aligning orbital parameters and eccentricity/inclination vectors, enabling multiple spacecraft to maintain favorable illumination conditions without active control.
This paper proposes a passive, geometry-based strategy using fixed obstacles to suppress Mullins-Sekerka instability during freezing purification by reorganizing coupled heat and solute transport to stabilize the freezing front and enhance separation efficiency.
This study demonstrates that surface adsorption of various species (K, Fe, CO, O2) on monolayer TaSe2 induces phase-selective electronic modulation, ranging from rigid band shifts driven by charge transfer or interfacial dipoles to spectral broadening from local interactions, thereby offering a versatile method to tune the electronic properties of van der Waals materials.
Decorating laser-induced graphene resistors with gold nanoparticles significantly reduces low-frequency noise by forming ohmic contacts that dampen phonon vibrations and mobility fluctuations, outperforming silver and platinum modifications which are hindered by Schottky contacts.