Researchers have developed a new multifaceted method that can directly observe compositional fluctuations in indium gallium nitride, a semiconductor material used in LEDs. The method can be adapted and applied in other materials science studies to investigate compositional fluctuations.
source https://www.sciencedaily.com/releases/2021/04/210412114745.htm
Tuesday, 13 April 2021
Previous Post
Why some of us are hungry all the time
Related Posts
Researchers mine data and connect the dots about processes driving neuroblastomaScientists lead genome analysis to better understand one of the most c… Read More
How leaves reflect light reveals evolutionary history of seed plantsThe way leaves reflect light, known as plant reflectance spectra, can … Read More
Why do identical cells act differently? Team unravels sources of cellular 'noise'Researchers have taken an important step toward explaining why genetic… Read More
Are corals genetically equipped to survive climate change?A research team has taken a close look at the genomes of fifteen speci… Read More
Severe morning sickness linked to depression new study findsSevere morning sickness increases the risk of depression both during a… Read More
Beak bone reveals pterosaur like no otherA new species of small pterosaur - similar in size to a turkey - has b… Read More
0 comments: