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Cursus in EU Universities
Outline of the Master Course.
Number of ECTS in brackets; starred courses are mandatory.
ENS Cachan
Contact person: Isabelle Ledoux, Professor
E-mail: ledoux@lpqm.ens-cachan.fr
- Fundamentals in Physics (3)
- Fundamentals in Mathematics (3)
- Fundamentals in Chemistry(3)
- Fundamentals in Biology (3)
- Light-matter interactions in molecular media (3)*
- Molecular Nanophotonics (5)*
- Molecules and Interactions (5)*
- Biophotonics: theoretical aspects of fluorescence in Biology (5)
- Biosensors (5)
- Polymer-based Photonic devices for optical telecommunications (5)
- Microfluidics: fundamentals and applications (2)
- Photonics and microwaves (5)
- Conducting Polymers and OLED's (3)
- Ion Channel Recording (3)
- Nonlinear Optics (3 credits for theoretical courses, 2 for lab work)
- Signal processing (5)
- Cytoskeleton (in French) (5)
- French / English / Spanish Courses (3/3/3)
- Light-Matter Interactions: Advanced (2)
- Advanced Mathematics (3)
Each student may earn a maximum of 6 credits in the "fundamentals" courses. A maximum of 6 credits can be earned by each student in Language courses (French/English/Spanish/Polish).
University Complutense, Madrid
Contact person: Prof. Mercedes Cano
e-mail: mmcano@quim.ucm.es
- Electric and Magnetic Molecular Materials (3)*
- X-Ray Diffraction and Solution of Crystal Structures (5)
- Molecular Materials towards Liquid Crystal (Lc) or Non-Linear Optical Properties (3)*
- Advanced Polymers: Preparation, Characterization and Applications (3)
- Chemical Sensors and Biosensors (7)*
- Organic Molecular Materials (3)
- Applications of Organic Photochemistry (3)*
- Supramolecular Chemistry (3)
- Electron Microscopy and Associated Techniques (4)
- Nanomaterials (4)*
- Biomaterials (4)*
Wroclaw University of Technology
Contact persons: Prof. Andrzej Miniewicz
E-mail: andrzej.miniewicz@pwr.wroc.pl
Dr. Katarzyna Matczyszyn
E-mail: katarzyna.matczyszyn@pwr.wroc.pl
Theoretical modelling of the nonlinear optical properties of molecules and clusters (6) Introduction to optical telecommunications (6) Nanoscale physics (6)* Liquid crystals in photonics (6)Molecular electronic materials (6)*Micro- and nanophotonics (6) Devices, technology and applications (6) Monte-Carlo-based modelling of photonic processes in liquid crystals and azo-polymers (6) Introduction to quantum information processing and quantum cryptography (6)Fluorescence microscopy and imaging in life sciences (6) Bioorganic chemistry with elements of biochemistry (6) Genetic engineering as a tool for bio-based technology (6)* Bioorganic chemistry for photonics (6) Methods of structural investigations in physics, chemistry and biology (6)
University of Wroclaw
Contact person: Prof. Jerzy Hawranek
e-mail: HJP@wchuwr.pl
Bioinorganic chemistry (4)* Spectroscopic techniques (4)* Application of electron spectroscopy in studies on the structure of lanthanide compounds and materials (4) Computer design methods of new materials on biological importance and others (4)*Molecular interactions (4)*Photoinduced electron transfer(4)Molecular magnetism (4) Protein chemistry (4) Fluorescence techniques, image analysis (4)Fundamentals of molecular spectroscopy (4)
(3)
University Paris descartes (UPAD)
Contact person: Prof. Alain Marty
e-mail: alain.marty@parisdescartes.fr
Spectroscopies(6) Methods in Cell Biology (3)Neurosciences (6) Physical Chemistry of tissue interface, biocompatibility (6)Imaging and cellular electrophysiology (3)From neuron to neuronal networks (3)Modelization and Neurophysics (3)
Advanced optical methods for neuroscience (2)