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Researchers demonstrate how few-cycle linearly polarized pulses can induce a high degree of valley polarization
Researchers use rotated graphene between a ferromagnetic insulator to generate valley-only states
Researchers have demonstrated electrical valley control in 3D dual-gate diamond field-eﬀect transistors
Researchers develop a graphene-based topological valley valve
Researchers manage to efficiently generate long-lived valley polarization in 2D heterostructures

Researchers demonstrate how few-cycle linearly polarized pulses can induce a high degree of valley polarization
Researchers have demonstrated electrical valley control in 3D dual-gate diamond field-eﬀect transistors
Stephan Roche from ICREA and CINN discusses valleytronics in 2D materials
Researchers use rotated graphene between a ferromagnetic insulator to generate valley-only states
A 2D derivative of perovskite could hold the key for future valleytronics devices

Researchers demonstrate how few-cycle linearly polarized pulses can induce a high degree of valley polarization
Researchers have demonstrated electrical valley control in 3D dual-gate diamond field-eﬀect transistors
NRL researchers demonstrate how one can control the degree of valley polarization in monolayer TMDs
Cornell researchers show how to control the valley of electrons using electrical inputs
Researchers develop a graphene-based topological valley valve

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