Results 101 to 110 of about 12,207 (244)
Advanced Science, EarlyView.It is shown that anisotropic strain offers a novel approach to control the magnetic ground state in heterostructures of a Kagome antiferromagnet, unlocking new functionalities. This strain induces finite scalar spin chirality, resulting in a pronounced Berry curvature in momentum space, leading to room‐temperature anomalous Hall effect.
Debjoty Paul +11 more
wiley +1 more source
Advanced Science, EarlyView.Transition metal oxides combining strong spin‐orbit coupling, near‐room‐temperature ferromagnetism, and high conductivity are rare. A Ca0.5Sr0.5RuO3 interfacial phase between LaMnO3 layers has all these features, high Tc, enhanced magnetization, and reduced coercivity.
Mengqin Wang +10 more
wiley +1 more source
Corequake Model of Pulsar Glitches for Neutron Stars with Pion-Condensed Core [PDF]
, 1988 T. Takatsuka, R. Tamagaki
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Observation of Magnetic Pseudogap Behavior in Phosphorus‐Doped Silicon
Advanced Science, EarlyView.Phosphorus‐doped silicon presents a promising platform for quantum computing and hosts a Kondo condensate state featuring a pseudogap. Thermodynamic and magnetic resonance measurements reveal that this pseudogap behavior involves critical spin fluctuations, suggesting that overlapping Kondo clouds form a correlated coherent magnetic ground state ...
Suheon Lee +16 more
wiley +1 more source
The Effect of Intrinsic Spin on Neutron Stars in the Einstein-Cartan Theory of Gravity
, 1973 David G. Kerlick
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Advanced Science, EarlyView.The thickness of the disordered surface phase on single‐crystal LiNiO₂ is controlled during synthesis. LiNiO2 with a crystalline disordered surface layer exhibits suppression of the H2–H3 phase transition. This mitigates structural degradation with improved cycling stability.
Sooyeon Choi +9 more
wiley +1 more source
Proton Acceleration with Relativistic Electromagnetic Shock
Advanced Science, EarlyView.New Ion Acceleration Mechanism! A novel cosmic‐ray proton acceleration mechanism is proposed, where relativistic electromagnetic shocks accelerate protons transversely. Hamiltonian analysis yields a scaling law linking the proton energy to the minimum longitudinal thickness of the shock.
Ting Xiao +5 more
wiley +1 more source