Oxford Physics Short Talks and Introductions
Ein Podcast von Oxford University
24 Folgen
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Plants, Photosynthesis, and Solar Energy
Vom: 7.7.2014 -
Are we still in the dark about Dark Matter?
Vom: 7.7.2014 -
Einstein's Greatest Blunder
Vom: 7.7.2014 -
The Hare and the Tortoise
Vom: 7.7.2014 -
Quantum Measurement and Control: How to Roll a Six Everytime
Vom: 7.7.2014 -
Space - The Ultimate Laboratory
Vom: 7.7.2014 -
Lab, Camera, Action: Tides
Vom: 3.2.2014 -
Lab, Camera, Action: Transit of Venus
Vom: 3.2.2014 -
Lab, Camera, Action: Maglev Train
Vom: 3.2.2014 -
Lab, Camera, Action: Particle Accelerator
Vom: 3.2.2014 -
Lab, Camera, Action: Make your own CD spectrometer
Vom: 3.2.2014 -
The Physics of the Violin
Vom: 13.12.2013 -
The coldest place in the Universe
Vom: 13.12.2013 -
Heart of Darkness: The Interplay of Galaxies and Dark Matter
Vom: 13.12.2013 -
Superconductivity -- alchemy for the 21st Century?
Vom: 12.12.2013 -
Sea Ice Growth: Mushy layers, Convection and Brinicles
Vom: 12.12.2013 -
Matter, Antimatter and The Mystery of Existence
Vom: 12.12.2013 -
How to find a Higgs boson
Vom: 4.6.2013 -
What is a Quantum Computer?
Vom: 4.6.2013 -
Dealing with Frustration - Order in Disorder
Vom: 4.6.2013
Short talks from University of Oxford Physics Department. Contains episodes previously published as: (1) 'Astrophysics: An Introduction' (2) 'Lab, Camera, Action!': "Lab, Camera, Action! is a series of short videos presented by Dr Andrew Steele about physics, explaining basic concepts, the work done here in Oxford, and even some experiments to try at home. These engaging tutorials cover a range of topics from spectroscopy, superconductivity and the transit of Venus in a clear, accessible way which will appeal to science enthusiasts everywhere." (3) 'Physics Flash Talks': 'A showcase of research at Oxford Physics through exciting 10 minute presentations delivered by graduate research students. The topics span the breadth of research at Oxford and include topics such as climate change, exoplanets, magnetism, the higgs and quantum computers.'
