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Basic knowledge of mechanics and electromagnetism. (Experimental Physics (Mecc., Electromagn.))
The primary goal of the course of Experimental Physics (Optics Wave) is to provide an overview of wave phenomena, both mechanical and electromagnetic. In latter case, light propagation will be considered in more detail, from the geometrical optics approximation (with applications to mirrors and lens) to the wave optics, where interference, diffraction and polarization are dealt with. Lessons will be enriched by classroom experiments.
Oscillations, characterization of wave propagation (mechanical, acoustic and electromagnetic waves). Geometrical optics and wave optics: interference, diffraction and polarization.
1) Oscillatory motion 2) Wave propagation 3) Sound waves and acustics 4) Maxwell equations 5) Electromagnetic waves 6) Light reflection and refraction on plane surfaces 7) Spherical mirrors and lenses 8) Interference 9) Diffraction 10) Gratings and spectra 11) Polarization
Resnick, Halliday, Krane, FISICA 1, (5th edition), Ambrosiana Milano.
Resnick, Halliday, Krane, FISICA 2, (5th edition), Ambrosiana Milano.
Theoretical lessons, exercises and classroom experiments.
The exam consists of both a written and an oral test. The written part is based on the solution of some exercises whose solution requires the application of some of the concepts learned during the course. The maximum score is 20 points and the test is considered passed if at least 12 points are scored. The oral test, which is allowed to just those students who passed the written one, is based on the discussion of some topics from the course program and the maximum score is 13 points.