Fingerprint Dive into the research topics where Pepijn Pinkse is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Physics & Astronomy
Physics
photons
photonics
bosons
atoms
Engineering
scattering
communication
quantum communication
traps
central processing units
quantum electrodynamics
electrostatics
high resolution
fabrication
scanning
paints
near fields
cryptography
General
waveguides
interference
cooling
programming
beam splitters
readout
fibers
crystals
attack
output
alphabets
paradoxes
quantum optics
lasers
speckle patterns
sampling
light modulators
quadratures
coding
cryogenics
microscopy
pulses
platforms
probes
random numbers
inventions
forks
Chemistry and Materials
molecules
silicon nitrides
cesium
formaldehyde
silicon dioxide
Aerospace Sciences
cavities
Engineering & Materials Science
Quantum cryptography
Quantum communication
Photons
Photonic crystals
Photonics
Authentication
Wavefronts
Nanophotonics
Multimode fibers
Communication
Cesium
Waveguides
Band structure
Cryptography
Slow light
Quantum optics
Network protocols
Scanning probe microscopy
Plasmons
Density (optical)
Telephone lines
Time varying systems
Electrodynamics
Silica
Single mode fibers
Electron transitions
Vapors
Nanostructures
Optical fibers
Infrared radiation
Microscopic examination
Scattering
Experiments
Energy gap
Atoms
Tuning
Gold
Multiple scattering
Polarization
Imaging techniques
Detectors
Linear networks
Silicon
Wavelength
Bosons
Phase stability
Fibers
Phase shifters
Chemical Compounds
Quantum cryptography
Quantum communication
Authentication
Multimode fibers
Communication
Wavefronts
Photonics
Formaldehyde
Cryptography
Slow light
Photonic crystals
Photons
Silicon Dioxide
Ultraviolet lasers
Network protocols
Nanophotonics
Scanning probe microscopy
Cesium
Density (optical)
Continuous wave lasers
Time varying systems
Silicon
Single mode fibers
Absorption spectroscopy
Ammonia
Band structure
Cryogenics
Nanostructures
Optical fibers
Electrostatics
Microscopic examination
Buffers
Energy gap
Waveguides
Tuning
Genetic algorithms
Gases
Polarization
Spectroscopy
Temperature
Fluxes
Cooling
Linear networks
Bosons
Molecules
Phase stability
Fibers
Phase shifters