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RESEARCH TARGETS
RESEARCH TARGETS
The primary research target is to search for a room-temperature diluted magnetic semiconductor. To generate the spin-polarized carriers in semiconductors, a minute content of magnetic dopant is dissolved inside the host materials. Although the idea is established for several decades, for example, Mn-doped GaAs, no material has shown the long-range ferromagnetic order while maintaining its semiconducting characteristics.
The primary research target is to search for a room-temperature diluted magnetic semiconductor. To generate the spin-polarized carriers in semiconductors, a minute content of magnetic dopant is dissolved inside the host materials. Although the idea is established for several decades, for example, Mn-doped GaAs, no material has shown the long-range ferromagnetic order while maintaining its semiconducting characteristics.
MEMBERS
MEMBERS
Manish KC, Ben Lichy, Alexander Thayer, Avery Richard, William Keifer, Luke Connelly, Eli Melanson, Dinh Loc Duong
Manish KC, Ben Lichy, Alexander Thayer, Avery Richard, William Keifer, Luke Connelly, Eli Melanson, Dinh Loc Duong
Publications
Publications
Electrically tunable magnetic fluctuation in multilayer vanadium-doped tungsten dichalcogenides
Electrically tunable magnetic fluctuation in multilayer vanadium-doped tungsten dichalcogenides
Ferromagnetic Order at Room Temperature in Monolayer WSe2 Semiconductor via Vanadium Dopant
Ferromagnetic Order at Room Temperature in Monolayer WSe2 Semiconductor via Vanadium Dopant
Probing giant Zeeman shift in vanadium-doped WSe2 via resonant magnetotunneling transport
Probing giant Zeeman shift in vanadium-doped WSe2 via resonant magnetotunneling transport
Gate modulation of the long-range magnetic order in a vanadium-doped WSe2 semiconductor
Gate modulation of the long-range magnetic order in a vanadium-doped WSe2 semiconductor
Long-range ferromagnetic ordering in vanadium-doped WSe2 semiconductor
Long-range ferromagnetic ordering in vanadium-doped WSe2 semiconductor
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