- Biblioteca
- Bibliografías por másteres
- MOLECULAR NANO-AND BIOPHOTONICS FOR TELECOMUNICATIONS AND BIOTECNOLOGIES/NANO
Bibliografías por asignaturas de máster
MOLECULAR NANO-AND BIOPHOTONICS FOR TELECOMUNICATIONS AND BIOTECNOLOGIES/NANO
- 1º curso
- Advanced polymers.Preparation,characterization and applications
- Applications of organic photochemistry
- Biomateriales
- Biomaterials
- Chemical sensors and biosensors
- Difracción de rayos - X
- Electrical and magnetic molecular materials
- Electron microscopy and associated techniques
- Fotoquímica orgánica
- French / spanish
- Fundamentals IN biology
- Fundamentals IN chemistry
- Fundamentals IN mathematics
- Fundamentals IN physics
- Introduction to nicrofluidics:fundamentals and aplications
- Light-matter interactions
- Materiales moleculares eléctricos y magnéticos
- Materiales moleculares orgánicos
- Materiales moleculares para cristales líquidos y óptica no lineal
- Microscopia electrónica y técnicas asociadas
- Molecular materials for liquid crystals and non-linear optical properties
- Molecules and interactions
- Nanomateriales
- Nanomaterials
- Nanophotonics
- Nonlinear optics and applications to microscopy
- Organic molecular materials and nanoscience
- Photonic devices for optical telecommunications
- Polímeros avanzados
- Química supramolecular
- Sensores químicos y biosensores
- Supramolecular chemistry
- Written and oral communication IN scientific english
- X-ray diffraction and solution of crystal structures
- 2º curso
- Bioorganic chemistry for photonics
- Bioorganic chemistry with elements of biochemistry
- Biophotonics:theoretical aspects to the use of fluorescence IN biology
- Biosensors
- Cellular biology of cytoskeleton
- Conducting polymers and oleds
- Fluorescence spectroscopy and imaging IN life sciences
- Genetic engineering as tool for biobased technology
- Introduction to microfluidics:fundamentals and applications
- Introduction to optical telecommunications
- Introduction to quantum information and quantum cryptography
- Ion channel recording using biochip technology
- Liquid crystals IN photonics
- Methods of structural investigations IN physics, chemistry and biology
- Micro- and nanophotonics- devices, technology and applications
- Microwaves and photonics
- Molecular electronic materials
- Monte carlo based modelling of photonic processes IN liquid crystals and azopolymers
- Nanoscale physics
- Neurobiology
- Photonic devices for optical telecommunications
- Signal processing
- Theoretical modelling of nonlinear optical properties of molecules and clusters
- Written and oral communication IN scientific english