Introduction to Particle Physics
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1 Introduction to Particle Physics The Particle Zoo Symmetries The Standard Model Thomas Gajdosik Vilnius Universitetas Teorinės Fizikos Katedra
2 Introduction to Particle Physics Grading: 100 points = 100%, 30 attendance 2 pts each week 20 seminar presentation good preparation for bachelors thesis less pts for a really bad one examples of the last years on the next pages 30 homework download from the webpage needed for real learning 30 final exam: no makeups written and oral 50% required to pass the course.
3 seminar presentations in 2009 Dimensions and String Theory NMR Antimatter in medical treatments CP violation in atomic physics Antimatter Big Bang Klein Paradox Neutrino detection, solar neutrino problem WIMPs Twin Paradox Quantum Entanglement EPR Paradox The search for the Higgs boson Higgs Mechanism magnetic monopoles Vacuum Energy, Casimir effect String Theory Acceleration in Special Relativity History of the Atom Black Hole production at accelerators
4 seminar presentations in 2010 Annihilations Antimatter Black Hole evaporation Casimir effect Cherenkov radiation Compton scattering Dark Energy and Dark Matter Graviton detection Hawking radiation Holographic principle Klein's paradox Ladder paradox Magic numbers Many worlds interpretation of QM Modified Newtonian Dynamics Neutrino detection Neutron stars Particle detectors Quantum computers Quantum Teleportation String Theory Supernovae
5 seminar presentations in 2011 Compton Scattering Cosmic (Microwave) Background Radiation Detection of a neutron Detection of the neutrino Electronic orbitals Holographic universe Ladder Paradox Magic numbers Magnetic Monopoles Muon scattering Neutrino Oscillations Neutron Stars Quantum teleportation Scintillation detectors Spin of Particles Spinors Spintronics Stern-Gerlach experiment String Theory Supernovae Time Traveling Yang Mills and the mass gap
6 seminar presentations in 2012 Antimatter Bose-Einstein condensation Cold Fusion Compton Scattering Dark Matter Extra Dimensions Gamma Ray Bursts Gravitational Lensing Light Polarization Many Worlds Interpretation of QM Nanotechnology Neutrinos Neutrinos for transmitting information Nuclear Fusion Proton Therapy Quantum Computers Quantum Entanglement Quantum Teleportation Quantum tunneling Quasi particles Spectroscopy in Astronomy Superdense Coding Supernovae Tachyons The Creation of Matter Vacuum
7 seminar presentations in 2013 Antimatter Cherenkov Radiation Color Confinement Compton Scattering Dark Matter Higgs Mechanism Lasers Neutron Stars Parallel universes Strange matter Supernovae Synchrotron Radiation Time Traveling Vacuum Energy Neutrino Oscillations
8 seminar presentations in 2014 Black Hole Information Paradox Cancer treatment with Nanoparticles Cooling Technology (Doppler Cooling) Dark Energy Fates (ends) of the Universe Fermi Paradox Kinematics in Special Relativity Search for gravitational waves
9 seminar presentations in 2015 Cherenkov Radiation Chiral molecular entities Compton Scattering Constant linear acceleration in Relativity Cosmic Particles Hawking Radiation Micro Black Holes Microwave Background Radiation Nanotechnology Quantum Teleportation Redshift Supersymmetry and the search for it Tachyons Time Travel Universe creation theories Vacuum Energy
10 seminar presentations in 2016 Black Holes Dark Matter Fusion catalysed by muons Gravitational Lensing Interpretations of Quantum Mechanics String Theory Supernovae The Eightfold Way The Electron The electroweak interaction The Proton
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