Sumários
EM properties of matter
26 Fevereiro 2024, 14:00 • José Manuel Rebordão
Linear and nonlinear optics. Critical theresholds.
Theoretical Maxwell framework to describe material
properties.
Linear relation between P and E. Electrical
susceptibility.
Dispersion (phenomenology)
Dipoles and dipolar radiation.
Lorentz model for dielectrics. Physics behind the
real and the imaginary parts of the susceptibility.
Conductive materials: Ohm law, Maxwell equations
for a monochromatic wave, equivalent permittivity. Drude model
NEXT
Metals. Conductivity. Plasma frequency. Colour of
metals. Nonlinear optics
BIBLIOGRAPHY:
Overview of the course
23 Fevereiro 2024, 09:00 • José Manuel Rebordão
Overview
of the course.
Systems
in Engineering Physics at FCUL: core, technology, systems, environments,
markets/industry layers.
Example
of “systems”, as opposed to its parts and components: NMR, LIDAR, Black hole
image.
JWST
and LIGO: key features from typical well-known images.
Optical
system description in terms of architectural options
Laboratory, assessment and bibliography.
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CLASS
TRL