• 3 WEST 5.02

Accepting PhD Students

20002018
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Fingerprint Dive into the research topics where Kei Takashina is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

Aerospace Sciences

valleys
magnetic fields

Physics

quantum wells
electrons
cyclotron resonance
polarization
cryogenic temperature
physics
temperature
nuclear magnetic resonance
oscillations
ground state
electric potential
cyclotrons

Chemistry and Materials

silicon
silicon dioxide
amorphous silicon
oxides

General

insulators
nu factor
electron gas
ingredients
ridges
slabs
breakdown
wafers
resonant tunneling
degrees of freedom
conductivity
electronics
metals
energy

Engineering

quantum Hall effect
Success project
electrical resistivity
thermostats
hole mobility
electron mobility
nuclear spin
boiling
Hall resistance
heterojunctions
critical current
quantum dots
drag measurement
scattering
field effect transistors

Social and Information Sciences

education

Mathematical and Computer Sciences

integers

Life Sciences

disorders

Chemical Compounds

Electrons
Heterojunctions
Cyclotron resonance
Silicon
Two dimensional electron gas
Semiconductor quantum wells
Monocrystalline silicon
Magnetic fields
Thermostats
Wafer bonding
Semiconductor quantum dots
Boron
Temperature
Critical currents
Amorphous silicon
Silicon Dioxide
Polarization
Ground state
Charge transfer
Resonant tunneling
Transistors
Electronic equipment
Doping (additives)
Galvanomagnetic effects
Spin polarization
Cyclotrons
Monitoring
Coulomb interactions
Bias voltage
Cryogenics
Oxides
Activation energy
Spin dynamics
indium arsenide

Engineering & Materials Science

Electrons
Heterojunctions
Cyclotron resonance
Two dimensional electron gas
Semiconductor quantum wells
Silicon
Monocrystalline silicon
Magnetic fields
Thermostats
Wafer bonding
Temperature
Semiconductor quantum dots
Critical currents
Amorphous silicon
Polarization
Ground state
Boron
Charge transfer
Resonant tunneling
Transistors
Electronic equipment
Silica
Doping (additives)
Galvanomagnetic effects
Spin polarization
Cyclotrons
Monitoring
Coulomb interactions
Bias voltage
Phase transitions
Electrolytes
Cryogenics
Activation energy
Spin dynamics
Cosmetics