The making of graphene
Description of chemical vapour deposition to make large area graphene samples
More details | Watch nowDr. Sachin Shanbhag – NSF CAREER Winner 2010
Dr. Sachin Shanbhag, FSU Department of Scientific Computing, NSF CAREER Winner 2010
More details | Watch nowHydraulic Claw Arm
A description of the science and a guide to making a hydraulic crane. This presentation won the prize for the best entry from students for whom English is not their first language in the 2016 Kroto Prize for Innovative Use of Technology in Science Le....
More details | Watch nowAn Engineer’s Guide to Space Travel
Ways to make space travel faster using physics concepts. This presentation was third in the 2016 Kroto Prize for Innovative Use of Technology in Science Learning.
More details | Watch nowWingtip Vortices
A very well-explained description of the theory of lift and of how the energy-sapping wingtip vortices are created in aircraft flight. This talk was the runner-up in the 2016 Kroto Prize for Innovative Use of Technology in Science Learning.
More details | Watch nowTest Tube Babes
A (fairly) light-hearted explanation of the process of in vitro fertilisation in humans. Winner of the Kroto Prize for Innovative Use of Technology in Science Learning 2016.
More details | Watch nowGraphene
A magnetic tunnel junction is a device with two magnets separated by a very thin non-magnetic barrier. The two magnets can be aligned parallel or antiparallel. The electrical resistance of this devices depends on the alignment. This video illustrates....
More details | Watch nowC60+ in space – a 28-year detective story about the Diffuse Interstellar Bands – Part 4
The early (mid 1990s) work on the electronic spectroscopy was carried out by John Maier's group, trapping C60+ in a neon matrix in this apparatus.
More details | Watch nowC60+ in space – a 28-year detective story about the Diffuse Interstellar Bands – Part 3
John Maier's team at the University of Basel solved the riddle of C60+ in 2015. In this brief view Colin Byfleet looks at the unique apparatus used in John's work.
More details | Watch nowC60+ in space – a 28-year detective story about the Diffuse Interstellar Bands – Part 2
The presentation the solution to this long-standing puzzle occurred at a most serendipitous moment. John Maier, Professor of Physical Chemistry at the University of Basel reveals the momentous details.
More details | Watch nowC60+ in space – a 28-year detective story about the Diffuse Interstellar Bands – Part 1
John Maier, Professor of Physical Chemistry at the University of Basel, describes the journey from the prediction of C60+ in 1987, through tentative assignment of its electronic spectrum by Radioastronomy, measurement in a neon-matrix and finally, in....
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