Fingerprint Dive into the research topics where Philip Mauskopf is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Physics & Astronomy
General
detectors
bolometers
microwaves
kinetics
millimeter waves
balloons
flight
blasts
anisotropy
pixels
spectrometers
readout
prototypes
Sunyaev-Zeldovich effect
sensors
absorbers
cryogenics
chips
molecular clouds
mesh
Aerospace Sciences
telescopes
galaxies
cosmology
sky
astronomy
observatories
cosmic microwave background radiation
universe
star formation
astrophysics
stars
Engineering
inductance
apertures
cameras
resonators
polarimeters
receivers
polarimetry
filters
angular resolution
antennas
high resolution
Physics
wavelengths
polarization
dust
power spectra
photons
temperature
Mathematical and Computer Sciences
sensitivity
Chemistry and Materials
titanium nitrides
Engineering & Materials Science
Detectors
Telescopes
Inductance
Bolometers
Kinetics
Astronomy
Microwaves
Millimeter waves
Balloons
Polarization
Spectrometers
Wavelength
Infrared radiation
Cameras
Observatories
Galaxies
Polarimeters
Pixels
Cosmology
Photons
Filter banks
Resonators
Radiation
Sensors
Imaging techniques
Experiments
Cryogenics
Stars
Test facilities
Focal plane arrays
Waveguides
Titanium nitride
Optical design
Fourier transforms
Electric lines
Antennas
Temperature
Optics
Aluminum
Astrophysics
Silicon nitride
Waveguide filters
Metals
Electrons
Hot electrons
Domes
Sensor arrays
Satellites
Silicon
Spectroscopy
Earth & Environmental Sciences
wavelength
cosmology
flight
anisotropy
dust
polarization
kinetics
temperature
radio
experiment
pixel
point source
microwave
observatory
calibration
probe
energy
astronomy
detector
astrophysics
effect
gas