By Kyle James  |  07-26-2018   News
Photo credit: Geoff Howie/The Edge

There's a new kid on the quantum block, according to researchers July 26 report in Communications Physics. The researchers discovered electrons and positively charged holes in a semiconductor's atomic lattice band together to create a new particle that has been dubbed a collexon. This new class of quasiparticle, which is a quantum clan that acts like a single subatomic particle, could soon help researchers understand semiconductors much better. This could prove to be a giant technological leap since most modern electronics contain semiconductors.

This new particle discovery is similar to another quasiparticle called an exciton, which is a pairing of an electron and a hole. While the pairing that composes an exciton contains a single electron, a collexon is composed of multiple electrons, according to Christian Nenstiel, a physicist at the Technical University of Berlin and his colleagues.

Related coverage: <a href="https://thegoldwater.com/news/28237-Tennessee-Oak-Ridge-Based-Summit-Overtakes-China-As-Fastest-Supercomputer-In-World">Tennessee - Oak Ridge Based Summit Overtakes China As Fastest Supercomputer In World</a>

Nenstiel and his colleagues made the discovery when they inserted germanium atoms into a gallium nitride semiconductor, and hit the material with a laser. When observing how it emits light, the researchers expected to see results in line with similar experiments where emissions from excitons faded as the number of impurities increased. Instead, when high concentrations of atoms in the form of a laser were introduced, the light shone at different wavelengths than previously seen in its quantum counterpart.

What could explain this bizarre deviation? The team of researchers concluded that large amounts of wandering electrons, such as the ones in the germanium, helped stabilize excitons to form the new kind of quasiparticle now known as a collexon. Coauthor of the study Gordon Callsen of the École Polytechnique Fédérale de Lausanne in Switzerland said it is too early to predict any applications. What the results did reveal was that researchers underestimate interactions among ensembles of particles in semiconductors. Callsens said, "Lots of interesting physics is still waiting for us."

<i>On Twitter:</i>

<a href="https://twitter.com/MAGASyndicate">@MAGASyndicate</a>

Tips? Info? Send me a message!

Source: https://www.sciencenews.org/article/new-quasiparticle-collexon-lurks-semiconductors

Twitter: #Science #Quantum #Semiconductor #Supercomputer #Germanium #Exciton #Collexon
Share this article
Thoughts on the above story? Comment below!
3 Comment/s


Wondering out loud. No. 32503 1532691468

What are the possible related Health Concerns of exposure to quasiparticles ?

Remember Radiation and Microwaves were considered safe to play with for years after discovery.

eg. From the 1940's to the early 1970's Shoe-fitting fluoroscopes were common in shoe stores. They later were found to cause Cancerous lesions on feet and radiation burns and serious joint issues.

So with us cramming a 2 to 3 watts of energy from a Cell phone in our ears hours every day, or sitting in front of a computer monitor hours a day…..Could our electronics be electronically genetically poisoning us with quasiparticles?

Tab No. 32508 1532694400

@ Wondering out loud:

short answer, yes. long answer, humans will have to evolve to deal with the new electronic threats because they won't stop using them. personally i'm hoping that a few billion humans die SOON or we will all die.

you can mitigate your exposure by talking less on the phone and using it on speaker. i put a big copper plate in front of my microwave when it's on. there is a lot you can do to mitigate the exposure.

Anonymous No. 32486 1533026791
As long as it positively affects video porn storage and production bugmen wont care the effects
What do you think about this article?
Name
Comment *
Image