Tag: spintronics

A vertical organic spin–field device achieves fast electric-field control of spin-polarized currents at room temperature and implements spin-logic gates and ...

Physicists have created the first current-driven molecular motor with a controllable direction of rotation, using a helical molecule stretched between ...

X-ray experiments at SwissFEL reveal that magnons in copper oxide survive surprisingly long before handing their energy to the crystal ...

First-principles calculations predict that monolayer FeCoCl2, FeCoBr2, FeVSe2, and FeVTe2 are stable half-metals with magnetic ordering temperatures up to 550 ...

A new review details how evaporated metal atoms infiltrate organic spin-valve spacers and how metal-organic frameworks could turn this destructive ...

Researchers have engineered chiral multiple quantum wells in halide perovskites that extend room-temperature spin coherence to about five nanoseconds through ...

Physicists used the spin-polarized helical edge states of a topological insulator as an atomic-scale spin sensor to reveal two-dimensional d-wave ...

First-principles calculations predict that a new silicene-like strontium sulfide nanosheet is stable and tunable, and that adsorbing a single vanadium ...

Researchers in India used high-energy ball milling to create magnesium-doped nickel oxide nanoparticles that combine room-temperature ferromagnetism with stable supercapacitor ...

Micromagnetic simulations by researchers at Waseda University show that structured optical skyrmion beams can precisely control the trajectories of magnetic ...

Physicists show that a Dzyaloshinskii–Moriya interaction makes two-way quantum teleportation directionally asymmetric, but optimized DRAG pulses can protect the fragile ...

Physicists have demonstrated an exciton–polariton condensate in the van der Waals magnet CrSBr whose energy can be tuned by up ...

Researchers at The University of Texas at Dallas and Harvard discovered a hidden chiral superlattice in uranium oxytelluride that combines ...

Researchers have filmed ultrafast spin-driven charge currents with simultaneous femtosecond and nanometer resolution using fiber-coupled terahertz emission nanoscopy, explaining why ...

First-principles simulations indicate that the filled skutterudite PrPt₄Ge₁₂ is a stable, metallic, weakly magnetic crystal with promising thermoelectric, optical and ...

Physicists discovered that the antiferromagnet UOTe spontaneously forms a chiral superlattice of frozen phonons that generates giant Berry curvature, a ...

In a groundbreaking study set to be published in 2026, researchers led by R. Charif, W. Khan, and R. Makhloufi ...

In a groundbreaking study, researchers Al Bahri, Al-Kamiyani, and Saavedra have delved into the intricate realm of magnetic domain walls, ...

Scientists have recently made groundbreaking advancements in the field of spintronics, which seeks to revolutionize electronics by leveraging the spin ...

Record-high electron doping in a layered ferromagnet A RMIT-led international collaboration published this week has achieved record-high electron doping in ...