Making cheaper solar cells using crisp packet technology
A demonstration of how using crisp packet manufactiring techniques can help prouduce cheaper solar energy.
More details | Watch nowMaterial Characterization: It Takes A Lot of Tools to Solve the Problem
Jonathan Christian discusses what it means to be a material/physical chemist. He shows how a physical chemist characterizes materials using his research into Chromium 3+ polyoxometalates.
More details | Watch nowMesoporous silica nanomaterials and silica coated nanomaterials-Application in optical imaging and treatment of cancer related angiogenesis
Srivani describes in her PhD dissertation lecture how silica nano-materials can be used in both the imaging and treatment of cancer-related angiogenesis.
More details | Watch nowMicroscopy and Materials
Model Synthesis for Ceramics: Superconductors, Magnets and Others
The discovery of superconductivity in hole doped La2CuO4 was motivated by the interest to find this phenomenon in an oxide. After the discovery near 35 K, copper oxides with transition temperatures of up to 131 K at normal pressure were found, i.e.....
More details | Watch nowNanomaterials as growth effectors and imaging agents in rice plants and its scope in plant science
Ramya talks about the ways in which nanomaterials can affect rice-plant growth and also be used for imaging purposes. This talk was part of her PhD thesis defence.
More details | Watch nowNanotubes: The Materials of the 21st Century
Carbon nanotubes, some 1000 times smaller than conventional carbon fibers, have tensile strengths 100x that of steel and conduct electricity like metals. They promise a revolution in structural and electrical engineering.
More details | Watch nowNuclear Power Plant Safety – What’s the Problem?
A significant proportion of our electricity is generated by thermonuclear reactions. The dangers attached to these processes and the radioactive products are well known and publicised. Much less well known are the measures taken to ensure that the hi....
More details | Watch nowOur Light Materials
In the 21st century, even the toughest of metals are now being replaced by synthetic carbon-based materials that are so strong, light, and resistant to high temperatures that they can be used in the construction of high-performance aircraft. How....
More details | Watch nowPlastic Electronics.
Plastics have become ubiquitous structural materials due to the ease with which they can be processed at low cost into complex shapes. Imagine a world in which metals and semiconductors have similar attributes ? that is the world of Plastic Electroni....
More details | Watch nowPlastic fantastic: electronics for the 21st century
Plastics - or, more correctly, polymers have traditionally been used by the electronics industry as passive materials. Now however, new types of polymers have been discovered which behave as semiconductors. For example, they can emit light when subje....
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