Fuel cells and their efficiency
Bio-fuels and solar energy
A comparison of bio-fuels and solar energy. Examples include algae-based oil and solar panels.
More details | Watch nowNanoscience: what is likely in the next 5 years?
Five years ago this summer (in 1999), the Royal Society and the Royal Academy of Engineering issued a report on Nanoscience and nanotechnologies: opportunities and uncertainties. The report had been commissioned by the Government, and has been widely....
More details | Watch nowThe Lilliput laboratory: chemistry & biology on the small scale
In 1959, Richard Feynman proposed a variety of new nano-tools including the concept of atom by atom' fabrication. In the intervening decades, many of these predictions have become reality. Andrew de Mello assesses the current impact of lab-on-a-chip ....
More details | Watch nowNanotechnology: Use and misuse
Sir Harry Kroto won the Nobel Prize for discovering the soccer-ball-shaped fullerenes, strangely-structured carbon molecules also known as buckyballs. These molecules led to the development of carbon nanotubes and the burgeoning field of nanoscience.....
More details | Watch nowSmart drugs and sneaky microbes
Young scientists like Maartje Bastings are set to revolutionise the way we deliver drugs. Her work will aid the development of 'smart drugs' which target specific proteins in the membranes of particular cells, proteins like the aquaporins discovered ....
More details | Watch nowSeeing green
The 2008 Nobel Prize in chemistry was awarded to Roger Tsien and colleagues for work on the green fluorescent protein (GFP). This protein, originally found in jellyfish, enables scientists to track the activity of individual proteins within living ce....
More details | Watch nowCatalysts and collaborations
Catalysts facilitate almost every reaction in the human body. They also enable us to make all kinds of molecules in the lab, and few people have contributed more to this field than Richard Schrock. Can he help Norweigan student Christer pstad to cata....
More details | Watch nowThe Periodic Table as you’ve never seen it before
A wonderful set of videos about all the elements, available interactively from the opening page.
More details | Watch nowBiofuel Technology
Miles Bradshaw presents on the current status and future of biofuel technology.
More details | Watch nowThe Development and Future of Quantum Computing
Dmitry Shemetov presents on the development and future of quantum computing.
More details | Watch nowBattery Technology – from Volta to the 21st Century
Mitchell Herring presents on battery technology from Volta to the 21st century.
More details | Watch nowDevelopment of Carbon Nanotube Based Materials
Darryl Ventura presents his research into developing functional carbon nanotube based materials.
More details | Watch nowMolecular Fingerprinting and Symmetry
Brian Gold presents on the geometry, mathematics, and applications of group theory in chemical fingerprinting.
More details | Watch nowCan we see atoms?
We see smaller and smaller objects through naked eye and microscopes, from hair to atoms.
More details | Watch nowBioscience and Nanotechnology – peptide assemblies
Toyo University Bio-Nanotechnology Symposium Lectures; Dr Woolfson talks on the self-assembly of peptides.
More details | Watch nowA nano-sized gas sensor 1
A short Introduction to the Nano2Hybrid European Research Project. A video profiling a nanotechnology research project supported by a European Materials Research grant aims to produce a tiny gas sensor using nanotubes that have been developed to be s....
More details | Watch nowA nano-sized gas sensor 2 – Plasma treating nanotubes
The Namur group are heading up the nano2hybrids project. They are the specialists in plasma treatment of the carbon nanotubes to activate their surfaces, followed by putting down metal nanoparticles under vacuum. These are then sent to Spain to be ma....
More details | Watch nowA nano-sized gas sensor 3
The Louvain-la-Neuve group are specialised in theoretical modelling at the atomic scale of the metal nanoparticles on the carbon nanotube surfaces, and in particular how electronic charge passes through the tubes in this case.
More details | Watch nowA nano-sized gas sensor 4
The ULB partner in the project are specialised in plasma surface treatment under air, rather than vacuum - it's the next step up in scaling up the plasma treatment of the nanotubes after the Namur group. In the earlier stages of the project they are ....
More details | Watch nowA nano-sized gas sensor 5
The CRPGL group is a newly formed lab in Luxembourg. Within the project their role is to start looking at 'scale up', plasma treatment at larger scales than is possible in the other labs, coupled with a battery of different sample testing techniques.
More details | Watch nowA nano-sized gas sensor 5
Institut des Materiaux, Nantes, France. The IMN group are specialists in computer modelling - in this case, of atomic defects and damage in the surface of the carbon nanotubes caused by the plasma treatment. What is the plasma doing to the nanotube s....
More details | Watch nowA nano-sized gas sensor 5
The Tarragona Group at University Rovira i Virgili are the experts in producing new prototype gas sensors. All the new metal particle treated nanotube samples from Belgium and Luxembourg make their way down to this beautiful corner of Spain, where th....
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