The final-year project is a very important part of your degree. It is in the project that you have a chance to put your studies into practice and experience academic research. You will be closely supervised by a faculty member and in many cases you will interact with post-doctoral researchers and PhD students. Projects vary enormously from the purely experimental, through numerical projects using a supercomputer, to theoretical projects where the only equipment needed, metaphorically speaking, is a pencil.
Your project might be on:
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Artificial galaxies Atom optics ATLAS experiment B-Physics Bose-Einstein condensation Calibration of photometric redshifts Calibration system for the next generation dark matter experiments Cataclysmic variables Characterization of a lithium magneto-optical trap Characterisation of magnetic fields for the cryoEDM experiment Classical/quantum trajectories Clustering of galaxies Collider Physics Comparison of magnetic microscopes Cooling flows Cosmology in the laboratory CP violation Dark Matter Searches Detector R&D Double beta decay searches at the SNO+ experiment Evolution of X-ray clusters Experimental particle physics: simulations and analysis Generation and characterisation of metallic nanowires
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High Tc superconductors Higgs Boson Large Hadron Collider Luminescence Majorana Neutrinos Measurement of the electric dipole moment of the neutron at the nEDM experiment Microwave amplification by stimulated emission of radiation Molecular control Molecules in circumstellar shells Morphological classification of galaxies Morphology of star-forming galaxies nEDM experiment Neutrino oscillations NOvA experiment Numerical simulations of cosmological defects Observing with a CCD camera Parallel computing Particle Physics Path integrals in quantum mechanics Performance studies of the ATLAS Trigger Production and characterisation of carbon nanotubes Production of novel nanotubes and nanocomposites Quantum computers Quantum cryptography Quantum measurement
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Rare object Search scalar fields in cosmology Search for variable objects Searching for very distant galaxies Selected topics in atmospheric and environmental physics Simple atoms Simulation of neutrons in the nEDM experiment SNO+ experiment Solar photography Spectral classification of galaxies Spectroscopic studies of molecular complexes Spectroscopy of metallic clusters trapped in helium nano-droplets Superconducting borides Superconducting fullerides Supersymmetry searches at the LHC The environment of extremely luminous dusty galaxies The extra-galactic background light The inflationary universe scenario The mass-radius relation for white dwarfs Time reversal invariance Triggering at the Large Hadron Collider Ultra-stable diode lasers Upgrade of the ATLAS Trigger at the super-LHC (sLHC) |