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Lab & Fab


Friday 20th April 2018
LMU team show how resonance enhances energy exchange leading to increased generation of charge carriers - and better efficiency
Friday 20th April 2018
Penn State study shows that defects can enhance a material's physical, electrochemical, magnetic, energy and catalytic properties
Thursday 19th April 2018
MOCVD reactor can efficiently operate at extremely high temperatures to create high-quality BN and AlN materials and devices
Thursday 19th April 2018

Ultrafast TFTs made from InGaZnO could be used to make more flexible electronic circuits, say researchers

Wednesday 18th April 2018
NIST team uses nanoscale SiO2 coating to increase solar absorption by 20 percent
Friday 13th April 2018
KAUST researchers develop self-powered photodetector by coupling silicone-based polymers with an organometallic halide perovskite
Wednesday 11th April 2018

NREL scientists examine the best way to move perovskite solar cell research innovations beyond the laboratory

Tuesday 10th April 2018
Cheaper, less toxic and recyclable light absorbers could show the way forward for hydrogen production using solar energy
Friday 6th April 2018
Rice, Los Alamos discovery shows that constant illumination relaxes strain in perovskite's crystal lattice and cures defects
Friday 6th April 2018

Long electron-hole diffusion length in high-quality lead-free double perovskite films shows promise for solar cells

Wednesday 4th April 2018
Vertical unipolar GaN power rectifier has figure of merit of 825 MW/cm2 and 8-order ON/OFF current ratio at −600V,
Wednesday 4th April 2018

Fraunhofer ISE and EV Group develop highly efficient solar cell by combining GaInP, GaAs and silicon

Tuesday 3rd April 2018
Hybrid silicon/quantum dot lasers could save up to 75 percent of the energy consumed by InP based photonic chips, say UCSB researchers
Thursday 29th March 2018
Researchers at NIST and Sharp Labs think sheet-like optically active CdTe materials could help create more energy efficient screens
Wednesday 28th March 2018
US researchers discover that nanometer-thick SnSe in thin films of connected 'nanoflakes' shows promise for thermoelectric energy conversion
Wednesday 28th March 2018
Researchers believe an allotrope of carbon could replace GaN in applications for high-power and/or high-frequency devices with large breakdown voltages
Tuesday 27th March 2018
Transient electroluminescence in TMDCs opens up the possibility of 'invisible' displays
Friday 23rd March 2018
UC Santa Barbara engineers win grant to design smaller, lighter, cheaper and more energy-efficient Lidar for gas monitoring
Friday 23rd March 2018
Scientists combine graphene and hexagonal boron nitride to make strongly tunable quantum systems
Wednesday 21st March 2018

Process shows promise for cheaper fabrication and increased performance in devices from photonics to telecommunications

Tuesday 20th March 2018
Georgia Tech team show that perovskite semiconductors do not rely on typical rigidly stable chemical foundations
Tuesday 20th March 2018
Bragg ptychography approach allows Argonne researchers to observe individual InGaAs nanowires within their operating environment
Friday 9th March 2018
Electrochemical intercalation method can build artificial 'superlattices' of tens, hundreds or even thousands of layers of 2D materials such as graphene, MoS2 and WSe2 with radically different structures, properties and functions
Thursday 8th March 2018
HCl-enhanced MOCVD approach could pave the way to low-cost, large scale hetero-epitaxy of Ga2O3 films with different phases for optical and power devices
Wednesday 7th March 2018
X-ray photoelectron spectroscopy has the potential to become an important technique in compound semiconductor quality control
Thursday 1st March 2018
Penn State team discover why synthetic 2D materials often perform orders of magnitude worse than predicted
Wednesday 28th February 2018

Scientists demonstrate photoluminescence with a laser excitation wavelength of 473 nm and 632.8 nm

Wednesday 28th February 2018
MoS2-based 'memtransistor' can process information and store memory with one device
Wednesday 28th February 2018
Growing nanocrystals of GaAs on tiny columns of silicon and germanium could lead to new types of sensors, LEDs, and solar cells
Friday 23rd February 2018
Basque team has developed a technique that could be make tiny chemical sensors or manage heat in nanoscale optoelectronic devices

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