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Lab & Fab


Tuesday 13th January 2015
Graphene encapsulated in BN enables light control in tiny circuits with reduced energy loss
Tuesday 13th January 2015
Sol-gel doping method is simple, efficient and scalable
Friday 9th January 2015
Laterally-arranged multi-colour subpixels enable controlled light mixing at the chip-level
Thursday 8th January 2015
(Or why blue LEDS are so tricky to make)
Tuesday 6th January 2015
Funding supports research into layered oxide ferroics, novel materials for solar cells and LEDs, and optically active particles
Monday 5th January 2015
Molecular ‘glue’ could provide a boost in solar performance
Friday 2nd January 2015
Discovery could contribute to quantum computing developments
Tuesday 30th December 2014
Calyxo to launch new CdTe range
Wednesday 24th December 2014
Energy barrier keeps electrons from crossing from one layer to the next
Monday 22nd December 2014
Next generation solar modules will have over 14 percent efficiency
Monday 22nd December 2014
Method offers potential for solar cells, detector antennas, lasers and diffraction gratings
Monday 22nd December 2014
The thinnest ever imaging platform?
Friday 19th December 2014
Optical injection locking approach removes the need for external modulation schemes
Thursday 18th December 2014
US Air Force Office of Scientific Research awards grant for nonlinear and terahertz studies of novel materials
Thursday 18th December 2014
Two-step process binds peptides in a stable way to GaN's surface
Tuesday 16th December 2014
Fullerenes double efficiency by filling up electron ‘traps’
Tuesday 16th December 2014
New design for III-V multijunction cell pushes the limits of solar conversion
Friday 12th December 2014
Semiconductor junctions are as functional as those with perfect alignment
Tuesday 9th December 2014
A promising material for ultrathin photodetectors
Tuesday 9th December 2014
Efficient p-type doping is the key for harsh environments