Intercalating LaXO3 (X=Al,Ga,Sc) into La2NiO4 electron-dopes Ni planes disorder-free, putting La2NiO4:La2AlO4 at optimal filling for d-wave Tc exceeding 50 K.
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DFT calculations provide electron and hole capture coefficients for N_C and NV defects, matching experiment for N_C and showing excited-state pathways dominate for NV.
Interacting donor-acceptor pairs in hBN, with separations controlling charge transfer and spin coupling, produce the observed coupled spin-optical signals including modulated zero-phonon lines and ODMR contrast.
Carbon defects in TMD bilayers are computationally shown to enable room-temperature defect-mediated quantum emission at telecom wavelengths with material-dependent optical fingerprints.
High-Miller-index domain walls nucleated in Sc-doped AlN migrate easily into adjacent undoped AlN, explaining proximity ferroelectricity in multilayers.
Graphene antidot superlattices develop interaction-induced i-wave altermagnetic spin splitting from their intrinsic magnetic instability.
Ultrafast optical excitation in WS2/CGT heterostructures generates opposite-sign magnetic torque via interfacial charge transfer that alters perpendicular magnetic anisotropy.
Nonlinear phononics simulations predict that selective infrared phonon excitation in LaFeAsO tunes the anion height to its optimal value for improved superconductivity.
A-site cation substitution in Ca6CSe4 and Sr6CSe4 tunes nonradiative carrier lifetimes from 40.3 ns to 2.2 ns by altering band-gap fluctuations and nonadiabatic couplings.
Co2MnSn exhibits intrinsic Berry curvature-driven anomalous Hall conductivity ~500 S/cm and Nernst ~1.3 A/m/K at room temperature from topological Weyl points, enhanced to 1376 S/cm and 1.49 A/m/K at 150 K by Fermi level tuning.
DFT study with FM ordering qualitatively reproduces optical peaks in Ca3ReO5Cl2 and attributes pleochroism mainly to Re d-dominated states.
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Quantum Emitters at Telecommunication Wavelengths based on Carbon Defects in Transition Metal Dichalcogenides
Carbon defects in TMD bilayers are computationally shown to enable room-temperature defect-mediated quantum emission at telecom wavelengths with material-dependent optical fingerprints.