ISPT2012_2_tess_expert_2_phy

1 Physics Mechanics Oscillation and Mechanical Waves Thermodynamics Light and Optics Electricity and Magnetism Modern Physics Quantum Physics Atomic Physics Molecule and Solid State Physics X-ray Physics Nuclear Physics Radioactivity Particle Physics 330 experiments available! 40% Computer based NEW! Youngs Modul Newtons Laws Propagation of waves Ultrasonic diffraction Maxwell equations Maxwell velocity distribution Barometric Height Formula Huygens Principle Centrifugal Forces Pendulum Laws of gyroscope Conservation of energy and momentum Diffraction and interference of waves Electrical Filters Oscillating Circuits Electrical characteristics RLC Circuits Magnetic induction Ferromagnetic Hystersis Coulombs Law Ideal and real gas laws Joule-Thomson Effect Heat capacity Stirling engine Laws of Lenses Heisenbergs uncertainty principle Fourier Optics Interferometry Holography Laser (He-Ne, CO2, Nd:YAG) Fibre Optics Hall Effect Zeeman Effect ESR Plancks quantum of action Wave-Particle Duality (Photoelectric Effect, Electron diffraction ) Stern-Gerlach Experiment Franck-Hertz Experiment Millikan Experiment Rutherford Experiment a, b, g Radiation: Absorption, Radioactive Decay, Spectroscopy Atomic Spectra More than 43 experiments with X-rays 2 Dr. Michael Mehlhorn 3 Reference Curriculum University Physics Chapters and topics 4 TESS expert catalogues curricula based structure and content Curricula Compliants: Experiments with X-rays 5 X-rays in Physics education at the University of Goettingen Curriculum / Educational Standard Semester 16 10 6 Bachelor Master PhD Physics-II lecture, lab course (electrodynamics) Introductory lab course (physics & non-physics) Physics-IV lecture, lab course (Atomic physics) Bio physics & complex systems Introduction to nuclear & particle physics 6 Dr. Michael Mehlhorn Topic: Modern Physics Magnet Resonance Tomography See Applied Sciences Scanning Tunneling Microscopy See Applied Sciences Atomic Force Microscopy See Applied Sciences X-ray Physics S