I was reading in my E-mail a couple of days ago. The subject on the confirmation of the Demon Particle have been discussed by several members of my PAASE group( I have been a member since 1970). The existence of the Demon Particle have been confirmed from the research laboratory of the College of Engineering, University of Illinois ( UI), Urbana-Champaign, Illinois. UI is one of My Alma Mater.
To a non-physicist or to a non- science educated/oriented person the confirmation of the existence of The Demon Particle predicted 67 years go will probably not cause a personal excitement. Last week, however several members of my PAASE ( Philippine-American Academy of Science and Engineering) group have been discussing the subject of the Demon Particle with excitement via E-mails to all the PAASE membership.
Dear PAASE Colleagues,
So how does one go about finding a subatomic particle first predicted 67 years ago that has no mass, no electric charge and does not interact with light -- but could very well be the holy grail for room-temperature superconducting rather than at the typically preferred superconducting temperature of 100F (or 38 C) BELOW freezing?First, name such particle the demon particle as theoretical physicist David Pines who first predicted its existence in 1956 did so;Second, work with the metal strontium ruthenate and use a nonstandard technique to directly excite its electronic modes perfectly innocently and without looking at all for the demon particles; and,Third, let serendipity simply take over and do its awesome wonders.And that precisely was how Peter Abbamonte, professor of Physics at the University of Illinois at Urbana-Champaign, and his team finally found Pines' demon particles after 67 years of such phantom particles merely existing in the theoretical ether of Physics.Thus, in Physics demons in fact do exist :) And, further -- room-temperature superconducting just may very well be achieved soon enough."
__________The Descent of Biological Engineering
The word "quantum" frankly intimidated me until I went back to determine what it dealt with. It is about atoms and their particles which I learned in high school.The movie "Oppenheimer" made me inquire on how an atomic bomb works. It is excited neutrons splitting enriched uranium. This is all so elementary to our Physicists in PAASE, but to us in the "lay" field of Medicine it requires a review of quantum physics introduced in high school.Quantum computing is on the horizon so that we do not have to depend on two digits: 0 and 1 but on the limitless continuum of 0 to 1. How that will be represented by quantum physics will be my next source of study, beyond how I can learn and probably invent the protein that will be the antibody to kill the cancer cell.This is an instance where high energy/elementary particle physics and condensed matter physics meet. In quasi one-dimensional samples of strontium cuprate, "decay" of electrons into spinon, holon and orbiton quasiparticles do occur. This was first predicted by the so-called Tomonaga-Luttinger model in which the spin and charge of the electrons possess independent dynamics and hence separate.Indeed metallic alloys of strontium present interesting physics. Particles in condensed matter physics are usually referred to as quasiparticles since these arise as excitations of many-body systems. There are so many exotic quasiparticles in CMPHope this helps to know the "vastness" of condensed matter physics,___________________________________________________________________
This discovery is not intentional but accidental similar to the discovery of VIAGRA. If you are reading this post, you probably will say, who cares about this news. It has no practical application in our daily lives. Yes, indeed, but in the future, I predict it will be as useful as AI specially in the field of crystalline ( solid state) quantum computers.
So what is Demon Particle? Here's the latest news on the Confirmation of the Demon Particle.
Demon Hunting: Physicists confirm 67-year-old prediction of massless, neutral composite particle
- August 18, 2023
- University of Illinois Grainger College of Engineering
- In 1956, theoretical physicists predicted that electrons in a solid can do something strange. While they normally have a mass and an electric charge, Pines asserted that they can combine to form a composite particle that is massless, neutral, and does not interact with light. He called this particle a 'demon.' Since then, it has been speculated to play an important role in the behaviors of a wide variety of metals. Unfortunately, the same properties that make it interesting have allowed it to elude detection since its prediction.
Now, a team of researchers led by Peter Abbamonte, a professor of physics at the University of Illinois Urbana-Champaign, have finally found Pines' demon 67 years after it was predicted. As the researchers report in the journal Nature, they used a nonstandard experimental technique that directly excites a material's electronic modes, allowing them to see the demon's signature in the metal strontium ruthenate.
"Demons have been theoretically conjectured for a long time, but experimentalists never studied them," Abbamonte said. "In fact, we weren't even looking for it. But it turned out we were doing exactly the right thing, and we found it."
For Complete Details on this Important Science News, read the link below:
Meanwhile Here's my Quote of the Day: The Secret of genius is to carry the spirit of the child into old age, which mens never losing your enthusiasm- Aldous Huxley, 1894-1963, English Writer
1 comment:
Very intersting, and will interested to explore the unkown and find out through research and expermentation to come out with the facts if do existed about this physic demon says.
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