Spintronics– tag –
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Northeastern University Develops ‘qdmag’ Software for Millisecond-Scale Simulation of Molecular Magnetism, Advancing Spintronics
Quantum Zeitgeist USA Overview Scientists at Northeastern University have created qdmag, a Python package designed for accurately simulating molecular magnetism's dynamic behavior over milliseconds. This tool, which solves a generalized ... -
Rice University Reveals New ‘Altermagnetism’ in Ultrathin Ruthenium Dioxide Films, Paving Way for Next-Gen Spintronics
SciTechDaily USA Overview Researchers including those from Rice University have found evidence that ultrathin films of ruthenium dioxide (RuO₂) exhibit an unusual form of magnetism called altermagnetism. This discovery suggests that latt... -
Centimeter-Scale Room-Temperature Ferromagnetic Semiconductor Films Grown on Mica Advance Spintronics
Spintronics-Info China, USA, Hong Kong Overview An international research team, including scientists from Wenzhou University and MIT, has achieved the centimeter-scale growth of single-crystalline iron-doped cobalt oxide films exhibiting... -
Union College Researchers Establish New Principles for Solvent-Controlled Chiral Polymer Assemblies, Advancing High-Performance Electronics
Union College / Advanced Materials USA Overview A paper co-authored by Assistant Professor Pravini S. Fernando of Union College, published in Advanced Materials, details research on solvent-induced chiral assembly and chemical doping of ... -
Spintronics Breakthroughs Propel Materials Science: STT-MRAM’s High-Speed, Low-Power Capabilities Shape Future Non-Volatile Memory
Inspekt360 International Overview Significant advancements in spintronics are enabling new materials science breakthroughs, with spin-transfer torque MRAM (STT-MRAM) gaining prominence as a replacement for conventional flash and dynamic ... -
Phase-Separation Nanostructure Control Achieves Highly Efficient Room-Temperature Spin Transport in Molecular Spintronic Devices
Advanced Functional Materials (Wiley Online Library) Unknown Overview A research article in Advanced Functional Materials reports a significant advancement in molecular spintronic devices, achieving highly efficient room-temperature spin... -
Quantum Leap: Atomically Thin Materials Unveil Unprecedented Light-Magnetism Link for Quantum Computing and Spintronics
ScienceDaily USA Overview A new review highlights exciting advancements in atomically thin quantum materials where light and magnetism interact in previously impossible ways. In these materials, light-generated excitons directly couple w... -
arXiv Reports Observation of Topological Hall Plateau in Quasi-2D Materials, Deepening Understanding of Magnetic Phenomena
arXiv International Overview A preprint on arXiv reports the observation of a 'topological Hall plateau' in specific quasi-2D material systems. This discovery provides new physical insights into magnetic phenomena, particularly in the fi... -
University at Buffalo Proposes Quantum Sensing System to Identify Altermagnetism, Pioneering Energy-Efficient Spintronics
University at Buffalo USA Overview University at Buffalo physicists have proposed a quantum sensing system to identify altermagnets, a recently discovered class of magnetic materials that could lead to more energy-efficient electronics. ... -
University of Utah Identifies Organic-Inorganic Hybrid Perovskites as a “Miracle Material” for Spintronics, Boasting Nanosecond Spin Lifetimes
Lab Manager USA Overview A University of Utah-led team has identified organic-inorganic hybrid perovskites as a promising material for spintronics, exhibiting a surprisingly long spin lifetime up to nanoseconds. Published in Nature Physi...
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