Preparatory School to the Winter College on Optics in Environmental Science  (smr 2017)
Go to day


08:15  09:15
Registration & Administrative formalities
Location: Leonardo da Vinci Building, Lobby  08:15 Registration & Administrative formalities 1h0'

09:30  12:30
Review of Electrodynamics: From Maxwell's Equations to the Electromagnetic waves
Location: Leonardo da Vinci Building Euler Lecture Hall 
09:30
Review of Electrodynamics: From Maxwell's Equations to the Electromagnetic waves
3h0'
Speaker: Ashraf Zahid I. (QuaidIAzam University, Pakistan) Material: lecture notes

09:30
Review of Electrodynamics: From Maxwell's Equations to the Electromagnetic waves
3h0'

12:30  14:00
Lunch break
Location: Leonardo da Vinci Building Cafeteria  12:30 Lunch break 1h30'

14:00  17:00
Basics of Statistics and Coherence Theory
Location: Leonardo da Vinci Building Euler Lecture Hall 
14:00
Basics of Statistics and Coherence Theory
3h0'
Speaker: Alonso Gonzalez M.A. (University of Rochester, U.S.A) Material: lecture notes

14:00
Basics of Statistics and Coherence Theory
3h0'

08:15  09:15
Registration & Administrative formalities


09:00  12:00
Fourier Transforms and main theorems including Spectra and Convolution theorems
Location: Leonardo da Vinci Building Euler Lecture Hall 
09:00
Fourier Transforms and main theorems including Spectra and Convolution theorems
3h0'
Speaker: Alonso Gonzalez M.A. (University of Rochester, U.S.A)

09:00
Fourier Transforms and main theorems including Spectra and Convolution theorems
3h0'

12:00  14:00
Lunch break
Location: Leonardo da Vinci Building Cafeteria  12:00 Lunch break 2h0'

14:00  17:00
Basics of Image Theory, including images with coherent and incoherent radiation, Spectra, OTF, MTF
Location: Leonardo da Vinci Building Euler Lecture Hall 
14:00
Basics of Image Theory, including images with coherent and incoherent radiation, Spectra, OTF, MTF
3h0'
Speaker: Consortini A. (Università degli Studi di Firenze, Italy) Material: lecture notes

14:00
Basics of Image Theory, including images with coherent and incoherent radiation, Spectra, OTF, MTF
3h0'

09:00  12:00
Fourier Transforms and main theorems including Spectra and Convolution theorems


09:00  12:00
Elementary Mathematics for Basic Atomic and Molecular Physics
Location: Leonardo da Vinci Building Euler Lecture Hall 
09:00
Elementary Mathematics for Basic Atomic and Molecular Physics
3h0'
Speaker: Ashraf Zahid I. (QuaidIAzam University, Pakistan) Material: lecture notes

09:00
Elementary Mathematics for Basic Atomic and Molecular Physics
3h0'

12:00  14:00
Lunch break
Location: Leonardo da Vinci Building Cafeteria  12:00 Lunch break 2h0'

14:00  16:00
Random functions for atmospheric wave propagation
Location: Leonardo da Vinci Building Euler Lecture Hall 
14:00
Random functions for atmospheric wave propagation
2h0'
Speaker: Consortini A. (Università degli Studi di Firenze, Italy) Material: lecture notes

14:00
Random functions for atmospheric wave propagation
2h0'

16:00  17:00
Examples and exercises on Fourier Transforms
Location: Leonardo da Vinci Building Euler Lecture Hall 
16:00
Examples and exercises on Fourier Transforms
1h0'
Speaker: Alonso Gonzalez M.A. (University of Rochester, U.S.A)

16:00
Examples and exercises on Fourier Transforms
1h0'

09:00  12:00
Elementary Mathematics for Basic Atomic and Molecular Physics


09:00  12:00
Main functions in Diffraction theory, including sinc, Bessel functions. Resolving power
Location: Leonardo da Vinci Building Euler Lecture Hall 
09:00
Main functions in Diffraction theory, including sinc, Bessel functions. Resolving power
3h0'
Speaker: Alonso Gonzalez M.A. (University of Rochester, U.S.A)

09:00
Main functions in Diffraction theory, including sinc, Bessel functions. Resolving power
3h0'

12:00  14:00
Lunch break
Location: Leonardo da Vinci Building Cafeteria  12:00 Lunch break 2h0'

14:00  17:00
Theory of Radiative Processes
Location: Leonardo da Vinci Building Euler Lecture Hall 
14:00
Theory of Radiative Processes
3h0'
Speaker: Ashraf Zahid I. (QuaidIAzam University, Pakistan) Material: lecture notes

14:00
Theory of Radiative Processes
3h0'

09:00  12:00
Main functions in Diffraction theory, including sinc, Bessel functions. Resolving power


09:00  12:00
Multispectral Imaging Basics, with hands on experience with a LEDbased microscope
Computer Lab session
Location: Leonardo da Vinci Building Euler Lecture Hall 
09:00
Multispectral Imaging Basics, with hands on experience with a LEDbased microscope
3h0'
Speaker: Brydegaard M. (Lund Institute of Technology , Sweden) Material: lecture notes

09:00
Multispectral Imaging Basics, with hands on experience with a LEDbased microscope
3h0'

12:00  14:00
Lunch break
Location: Leonardo da Vinci Building Cafeteria  12:00 Lunch break 2h0'

14:00  17:00
Tutorial activities and discussion
Location: Leonardo da Vinci Building Euler Lecture Hall 
14:00
Tutorial activities and discussion
3h0'

14:00
Tutorial activities and discussion
3h0'

09:00  12:00
Multispectral Imaging Basics, with hands on experience with a LEDbased microscope