New photovoltaic and biochemical hybrid surpasses the natural efficiency of photosynthesis.

At a cost of €10,000, and with greater capability than conventional systems, the economy Raman scope will empower biomedical researchers.

European research project examining micro-transfer printing to boost large-scale integration of diverse materials, devices.

Strathclyde's David Birch leading industry collaboration also involving the University of Edinburgh.

MIT development based on chip-scale lasers and THz frequency comb could have applications in rapid detection of explosives.

£850,000 project yields two potential new inspection tools for diverse applications in medicine.

Partnership with Solliance consortium yields 20.2%-efficient stacked module and first semi-transparent devices.

Aachen and Jena centers generate 6.7nm output, in anticipation of producing "next-but-one generation" of microchips.

Hand-held probe expected to cut huge number and cost of unnecessary surgeries ‘dramatically’.

Swiss photovoltaics center working on cheaper high-performance silicon solar cells adds 1100 square meters of development space.

Prof Xiangqian Jiang working on precise measurement tools for future factories and "Industry 4.0".

Terahertz specialist and university looking at body’s take-up of amorphous, low-solubility drugs.