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Mystery particle spotted? Discovery would require physics so weird that nobody has even thought of it
http://flip.it/Y6A5he
Could be DM ? Or really an error
http://flip.it/Y6A5he
Could be DM ? Or really an error
They've found other signals like this before, but they all disappeared with more runs. I wouldn't get my hopes up yet. Plus, if it were DM, then it wouldn't have decayed. DM is supposed to be incredibly stable.Arman777 said:Mystery particle spotted? Discovery would require physics so weird that nobody has even thought of it
http://flip.it/Y6A5he
Could be DM ? Or really an error
phys.org frequently struggles with particle physics, but this article is exceptionally bad.Arman777 said:Mystery particle spotted? Discovery would require physics so weird that nobody has even thought of it
http://flip.it/Y6A5he
Could be DM ? Or really an error
mfb said:phys.org frequently struggles with particle physics, but this article is exceptionally bad.
areion said:this article comes from here btw.
mfb said:it gets much more attention in the media than among experts
mfb said:Did he publish something about it (or works on it) - or did he just write an article for laypeople?
I don't question his expertise, he is clearly an expert.websterling said:I don't think he worked on this particular study, but he is fairly well credentialed. This gives a nice overview of his career-
https://www.eurekalert.org/pub_releases/2017-12/uoh-pfi120717.php
Physicist who founded International Institute for Accelerator Applications receives award
A "Mystery particle" refers to a hypothetical particle that has not yet been discovered or fully understood by scientists. It is often used as a placeholder name for a particle that has been observed through experiments, but its properties and characteristics have not been fully determined.
The properties of the "Mystery particle" are currently unknown. Scientists have not been able to fully identify its mass, charge, spin, or other characteristics. Further research and experiments are needed to determine its properties.
The "Mystery particle" is significant because it could potentially expand our understanding of the universe and fundamental physics. Its discovery and study could lead to new insights and advancements in the field of particle physics.
The "Mystery particle" is different from other known particles because it has not been fully identified or categorized by scientists. It may have unique properties and behaviors that distinguish it from other particles.
Scientists are conducting experiments using particle accelerators and detectors to try and observe the "Mystery particle" and gather data on its properties. They are also using mathematical models and theories to predict its behavior and guide their research.