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Shufeng Zhang
Member of the Graduate Faculty | Professor, Physics
Physics
Map Page
Research Area
spintronics,
magnetic materials,
nanotechnology,
magnetoresistance,
magnetization dynamics,
materials science,
condensed matter physics,
quantum computing,
spin dynamics,
quantum mechanics,
heterostructures,
voltage control,
spin-orbit coupling,
two-dimensional materials,
semiconductor physics,
spin transport,
theory
Grants
(10)
FuSe2 Topic-3: Ultrafast Energy Efficient Antiferromagnetic Tunnel Junctions
Active
·
2024
·
$213.5K / $646.9K
·
External
Co-Investigator (COI)
energy efficiency
Two-Dimensional Magnets in Spintronic Devices: Roles of Spin Fluctuations
Active
·
2024
·
$360K
·
External
Principal Investigator (PI)
spintronics,
magnetic materials,
spin fluctuations,
nanomaterials,
device engineering
Energy Efficient Spin-Torque Devices
Active
·
2022
·
$241K / $482K
·
External
Co-Investigator (COI)
spintronics,
energy efficiency,
magnetic materials,
nanotechnology,
device physics
ELECTRONIC DEVICES ENABLED BY MAGNON TRANSFER TORQUES
2020
·
$375K
·
External
Principal Investigator (PI)
electronic devices,
magnon transfer,
torque,
magnonics,
spintronics
Theory and Modelling for Antiferromagnetic Materials-based Spintronic Devices
2017
·
$300K
·
External
Principal Investigator (PI)
spintronics,
antiferromagnetic materials,
theory,
modelling,
devices
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Publications
(182)
Recent
Colossal Magnon Magnetoresistance of Two-Dimensional Magnets
2024
magnonics,
magnetoresistance,
two-dimensional materials,
spintronics,
magnetic materials
Large magnon magnetoresistance of two-dimensional ferromagnets
2024
magnetoresistance,
ferromagnets,
two-dimensional materials,
spintronics
Magnetic tunneling junctions with a magnetic barrier
2023
spintronics,
magnetic materials,
nanotechnology,
semiconductor physics,
materials science
Quantum Stoner–Wohlfarth model of two-dimensional single-domain magnets
2023
quantum computing,
magnetic materials,
theoretical physics,
nanotechnology,
materials science
Prediction of a first-order phase transition in two-dimensional ferromagnets in the presence of random fields
2022
ferromagnets,
random fields,
two-dimensional,
prediction
Magnetization dynamics and reversal of two-dimensional magnets
2022
magnetization dynamics,
two-dimensional magnets,
magnetic reversal,
spintronics,
nanomagnetism
Current‐induced spin torques on single GdFeCo magnetic layers
2021
spintronics,
magnetic materials,
spin dynamics,
nanoelectronics,
magnetization dynamics
Quantum theory of spin-torque driven magnetization switching
2021
quantum computing,
spintronics,
magnetization dynamics,
quantum mechanics,
magnetic materials
Magnetism of two-dimensional magnets in the presence of random fields
2021
magnetism,
two-dimensional materials,
random fields,
spintronics,
condensed matter physics
Spin transport and dynamic properties of two-dimensuional spin-momentum locked states
2020
spin transport,
dynamic properties,
spin-momentum locked states,
two-dimensional materials,
spintronics
Collaborations
(2)
Weigang Wang
Mutual work: 3 Grants﹒10 Proposals
Collaboration Details
Tosiron Adegbija
Mutual work: 2 Proposals﹒1 Grant
Collaboration Details
Courses
(7)
Quantum Theory
Electricity and Magnetism II
Thermal Physics
Condensed Matter Physics
Electricity and Magnetism I
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$2.8M / $3.8M Funding
9+ Grants
180+ Publications
6+ Courses
