A Crash Course in Radio Astronomy and Interferometry: 4. Deconvolution Techniques James Di Francesco National Research Council of Canada North American.
Ch 3 Analysis and Transmission of Signals ENGR 4323/5323 Digital and Analog Communication Engineering and Physics University of Central Oklahoma Dr. Mohamed.
Deconvolution of Laser Scanning Confocal Microscopy Volumes: Empirical determination of the point spread function Eyal Bar-Kochba ENGN2500: Medical Imaging.
Characterizing the Nanoscale Layers of Tomorrow’s Electronics : An Application of Fourier Analysis Chris Payne In Collaboration With: Apurva Mehta & Matt.
ECE 472/572 - Digital Image Processing Lecture 5 - Image Enhancement - Frequency Domain Filters 09/13/11.
Properties of continuous Fourier Transforms. Fourier Transform Notation For periodic signal.
WHY ???? Ultrashort laser pulses. (Very) High field physics Highest peak power, requires highest concentration of energy E L I Create … shorter pulses.
Lecture 6: Langevin equations
NONLINEAR PROPAGATION IN SPACE IN TIME. Neglect temporal dependence, and nonlinearities > than Kerr Townes’ soliton Eigenvalue equation (normalized variables.
Lesson 8 Diffraction by an atom Atomic Displacement Parameters.
Pulse description --- a propagating pulse
Ultrashort laser sources Nonlinear optics needs high intensities, and non-thermal effects Ideal excitation: ultrashort pulses Enjoy the theory, but… …getting.
