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Computational Techniques Toward 1 nm Super-resolution Microscopy
W. Wang
ImPhys/Computational Imaging
ImPhys/Rieger group
Research output
:
Thesis
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Dissertation (TU Delft)
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Research output
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Dive into the research topics of 'Computational Techniques Toward 1 nm Super-resolution Microscopy'. Together they form a unique fingerprint.
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Weight
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Engineering
Localization
100%
Computational Technique
100%
Point Spread Function
50%
Models
50%
Localization Accuracy
50%
Super-Resolution Imaging
25%
Joints (Structural Components)
25%
Efficiency
25%
Complex Structure
25%
Large Number
25%
Multiple Point
25%
Limitations
25%
Gaussians
25%
Simulation Parameter
25%
Free Method
25%
Primary Goal
25%
Fusion Technique
25%
Experimental Parameter
25%
High Resolution
25%
Development
25%
Vector
25%
Algorithm
25%
Length Scale
25%
Point Cloud
25%
Accuracy
25%
Computational Cost
25%
INIS
resolution
100%
microscopy
100%
particles
88%
dipoles
44%
orientation
44%
data analysis
33%
accuracy
33%
precision
22%
molecules
22%
clouds
11%
diffraction
11%
exploration
11%
units
11%
refining
11%
efficiency
11%
simulation
11%
optimization
11%
comparative evaluations
11%
biology
11%
investigations
11%
vectors
11%
cost
11%
fluorescence
11%
algorithms
11%
length
11%
modeling
11%
Material Science
Microscopy
100%
Particle
100%
Functional Modeling
25%
Fluorescence
12%
Physics
Microscopy
100%
Porosity
37%