Latest News Tagged as "Research Result"

• 2025.07.18 ISSP NewsOnsager’s reciprocal relationship of orbital Edelstein effect in Al₂O₃/CuOx/Cu/FM system: verified by nonlocal electrical measurement
• 2025.07.14 未分類Implementation of Finite-Temperature Calculation in TeNeS
• 2025.07.07 未分類Development of a Magnetic-Susceptibility-Measurement Apparatus Used under High Pressure in Pulsed High Magnetic Fields
• 2025.06.23 Twisted Bilayer Graphene Reveals its Flat Bands under Spin Pumping
• 2025.06.16 Discovery of superconductivity in La₂IOs₂with 5d Honeycomb Lattice
• 2025.06.09 Dynamics of Acetonitrile Absorbed in a Metal–Organic Framework MIL-101 with Mg-Ion Conduction
• 2025.05.26 Influence of Alkali-Fluoride Insertion Layers on the Perpendicular Magnetic Anisotropy at the Fe/MgO Interface
• 2025.05.19 Coupled Electron-Proton Transfer Dynamics in Electrochemical Media
• 2025.05.12 Broken-Symmetry Quantum Hall States in Organic Dirac Fermion Systems
• 2025.04.14 Structural Study of Perovskite-type RbNbO3 Prepared at High Pressure
• 2025.04.07 Spin fluctuations from Bogoliubov Fermi Surfaces in the Superconducting State of S-substituted FeSe
• 2025.04.01 Magnetic Superstructure Phase Induced by Ultrahigh Magnetic Fields
• 2025.03.24 Quasi-Periodic Growth of One-Dimensional Copper Boride on Cu(110)
• 2025.03.17 Quantum Liquid-Quantum Liquid Transition in a Strong Magnetic Field
• 2025.03.10 A New Superconductor Family with Various Magnetic Elements
• 2025.03.05 pressreleaseA Sustainable Iron Catalyst for Water Oxidation in Renewable Energy – A breakthrough iron-based catalyst achieves near-perfect efficiency for water oxidation, offering a sustainable solution for hydrogen production
• 2025.02.25 X-Ray Magnetic Circular Dichroism Study of Enhanced Interfacial Perpendicular Magnetic Anisotropy in LiF-Inserted Fe/MgO Interface
• 2025.02.10 Fabrication of Orientation-Controlled Orthoferrite Films
• 2025.02.03 Metallic State of Sequence-Controlled Oligomer Conductor that Models Doped PEDOT Family
• 2025.01.27 Metastable Quantum Phase in Adiabatic Condition with the Spin-Lattice Separation