Brian Patton

Dr

  • United Kingdom

Accepting PhD Students

PhD projects

Super-resolution microscopy and adaptive optics for biological imaging https://www.findaphd.com/search/projectdetails.aspx?PJID=78116

20022022
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Physics & Astronomy

General

adaptive optics
microscopy
aberration
color centers
microscopes
stimulated emission
submerging
depletion
defects
quantum optics
emitters
globes
quantum computation
optical paths
electronics
point defects
metrology
cells
waveguides
logic
readout
solid state
masks
chips
alignment

Chemistry and Materials

diamonds
nitrogen
molecules

Physics

photons
excitons
photonics
polarization
lenses
fluorescence
photoluminescence
optics
oscillations
echoes

Engineering

quantum dots
manipulators
interferometry
fabrication
excitation
optical microscopes
high resolution
spatial resolution
far fields

Life Sciences

four-wave mixing

Aerospace Sciences

spectroscopy

Mathematical and Computer Sciences

stress tensors

Engineering & Materials Science

Adaptive optics
Aberrations
Microscopic examination
Semiconductor quantum dots
Excitons
Imaging techniques
Diamonds
Stimulated emission
Microscopes
Photonics
Photons
Color centers
Four wave mixing
Fluorescence microscopy
Microfabrication
Optical resolving power
Spectroscopy
Molecules
Low temperature operations
Nanodiamonds
Lenses
Polarization
Image quality
Semiconductor quantum wells
Masks
Vacancies
Waveguides
Tissue
Binding energy
Scanning
Jitter
Hardware
Fabrication
Quantum computers
Nitrogen
Photosynthesis
Networks (circuits)
Interferometry
Defects
Monolayers
Optical microscopy
Diffraction
Costs
Resonators
Experiments
Refractive index
Photoluminescence
Electron transitions

Chemical Compounds

Adaptive optics
Aberrations
Semiconductor quantum dots
Microscopes
Imaging techniques
Microscopic examination
Stimulated emission
Fluorescence microscopy
Four wave mixing
Spectroscopy
Diamond
Nanodiamonds
Molecules
Photons
Fluorescence
Tissue
Photonics
Image quality
Semiconductor quantum wells
Polarization
Masks
Lenses
Binding energy
Jitter
Quantum computers
Photosynthesis
Diffraction
Interferometry
Defects
Monolayers
Optical systems
Costs
Resonators
Experiments