To understand the fundamentals of wave phenomena in Mechanics and Optics and the probabilistic nature of Quantum Mechanics through the following interactive experiments:

• Mechanics at macroscopic and microscopic scales
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• The relationship between Fraunhofer diffraction and Fourier transform through optics and its application to spatial frequency filtering (image processing).
• Quantum uncertainty principle through single-slit diffraction.
• Unique properties of a laser and its use as a measuring instrument.
• Unifying aspects of classical and quantum mechanics through optics experiments.
• Difference between classical and quantum results through Young’s double-slit experiment and the harmonic oscillator.
• Intriguing quantum phenomena of wave-particle duality, uncertainty and quantum tunnelling.
• Structure of the atom and atomic spectrum through quantum mechanics of the hydrogen atom.