Combination of silicon photonics and III-V laser source in coin-sized system could even end up on supermarket shelves, suggests principal investigator.

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".