🔬✨ Donostia, epicenter of spintronics and orbitronics ✨🔬

Over 100 experts are gathering at #Spin&Orbit, organized by @nanoGUNE, to discuss the future of electronics.

Towards faster and more efficient technologies. 🚀💡

#SpinOrbit #Spintronics #Orbitronics #Donostia

Theoretical study distinguishes AC phase behavior in conventional 2D electron systems (geometrical) vs graphene (dynamical), revealing fundamental differences in how spin-orbit coupling manifests across quantum systems.

#SpinOrbit #TopologicalPhase #Graphene

Tuning Rashba spin-orbit coupling strength in 2D electron gases controls quantum steering and Bell nonlocality. Optimal coupling strength recovers quantum correlations despite spatial electron separation.

#QuantumControl #SpinOrbit #Research

⚡ New paper about the nonlocal electrical detection of reciprocal orbital Edelstein effect. Read Gao et al. to explore the Onsager's reciprocity of orbital transport and more !

📕 Gao. W., et al. Nature Communications, 16(1), 6380.

#OBELIXproject #EUfunded #orbitronics #spinorbit #physics

Single-electron double quantum dots with Rashba coupling achieve tunable quantum heat engine operation with efficiency approaching Carnot limits, revealing a fundamental efficiency-work output trade-off controlled by spin-orbit parameters.

#QuantumThermodynamics #QuantumDots #SpinOrbit