Department of Applied Physics and Physico-Informatics

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Engineering & Materials Science

Plastic optical fibers
Polymers
Optical waveguides
Waveguides
Fabrication
Silicon
Ion sources
Refractive index
Bandwidth
Birefringence
Temperature
Fibers
Spin glass
Electrons
Doping (additives)
Isotopes
Plasmas
Muscle
Wavelength
Negative ions
Identification (control systems)
Photonics
Thin films
Substrates
Scattering
Lasers
Copolymers
Lenses
Liquid crystal displays
Polyelectrolytes
Magnetic fields
Oxygen
Sensors
Quartz crystal microbalances
Monomers
Ions
Multimode fibers
Global positioning system
Sodium
Polymethyl methacrylates
Impurities
Glass
Electrodes
Nanoparticles
Magnetization
Atoms
Blood
Light scattering
Self assembly
Photodynamic therapy
Photosensitizers
Tissue
Crystals
Optical interconnects
Ferromagnetism
Crosstalk
Experiments
Transfer functions
Germanium
Balloons
Coatings
Cells
Polarization
Light transmission
Polymer films
Color
Electric potential
Nuclear magnetic resonance
Display devices
Molecules
Model predictive control
Optical fibers
Metals
Heating
Adsorption
Data communication systems
Nanofibers
Optical properties
Spin Hall effect
Polymerization
Tumors
Semiconductor quantum dots
Fiber amplifiers
Copolymerization
Transparency
Costs
Liquids
Silica
Communication
Diamonds
Printed circuit boards
Infrared radiation
Surface emitting lasers
Fluids
Anisotropy
Photoluminescence
Vacancies
Phosphorus
Feedback
Superconductivity

Physics & Astronomy

Chemistry and Materials

polymers
silicon
spin glass
isotopes
germanium
oxygen
diamonds
phosphorus
silicon isotopes
sodium
dyes
molecules

Physics

optical fibers
negative ions
optical waveguides
hydrogen ions
electrons
temperature
ions
high speed
birefringence
refractivity
nuclear magnetic resonance
wavelengths
atoms
electron paramagnetic resonance
nanoparticles
polarization
electron energy
excitons
room temperature
photonics
gradients
transport properties
electric potential

Engineering

ion sources
nuclear spin
fabrication
bandwidth
ferromagnetism
electron spin
Hall effect
scattering
magnetic properties
carbon nanotubes
quantum dots
superconductivity
self assembly
magnetic permeability
optical interconnects
excitation

General

plastic fibers
waveguides
fibers
impurities
simulation
magnetization
thin films
profiles
cells
fluids
lasers
crystals
pumping
binary fluids
crosstalk
anisotropy
amplifiers
membranes
isotope effect
drag coefficients
temperature dependence
substitutes
defects
electronics

Aerospace Sciences

magnetic fields

Mathematical and Computer Sciences

numerical analysis

Chemical Compounds

Plastic optical fibers
Polymers
Silicon
Optical waveguides
Waveguides
Fabrication
Spin glass
Temperature
Isotopes
Electrons
Refractive index
Doping (additives)
Birefringence
Photonics
Copolymers
Fibers
Polymethyl Methacrylate
Polyelectrolytes
Methacrylates
Thin films
Quartz crystal microbalances
Wavelength
Substrates
Germanium
Nanoparticles
Bandwidth
Magnetization
Scattering
Monomers
Impurities
carbopol 940
Ferromagnetism
Diamond
Liquid crystal displays
Crystals
Oxygen
Metals
Atoms
Light scattering
Spin Hall effect
Magnetic fields
Self assembly
Lasers
Ions
Plasmas
Polymer films
Coatings
Nanofibers
Liquids
Multimode fibers
Glass
Nuclear magnetic resonance
Superconductivity
Molecules
Adsorption
Lenses
Water
Display devices
Gases
Blood
Electrodes