A new paper has lifted suspicions in boffinry circles as to either final year’s breakthrough find by CERN was indeed a legendary Higgs boson.
The report from a University of Southern Denmark suggests that while physicists operative with information from a Large Hadron Collider (LHC) did learn a new particle, a information competence not indicate to a legendary Higgs boson, though rather to a opposite molecule that behaves similarly.
“The CERN information is generally taken as justification that a molecule is a Higgs particle. It is loyal that a Higgs molecule can explain a information though there can be other explanations, we would also get this information from other particles,” said associate highbrow Mads Toudal Frandsen.
“The stream information is not accurate adequate to settle accurately what a molecule is. It could be a series of other famous particles.”
The Southern Denmark researchers advise that a molecule detected by a LHC competence not have been a Higgs boson, though rather a “techni-higgs” molecule that’s stoical of “techni-quarks.” Such a molecule competence act likewise to a Higgs molecule though in fact is really opposite from a genuine Higgs boson.
If a researchers are right, their news would oppose a claims of discovery of a Higgs boson, that has been sought since a existence would fill critical holes in a Standard Model of physics.
The researchers explain that nonetheless their commentary competence oppose a Higgs boson discovery, they also pave a approach for a find of another force – one not nonetheless unclosed – that would be obliged for contracting a techni-quarks into particles, including those that form dim matter.
The organisation says that some-more information is indispensable to settle either a molecule celebrated by CERN was indeed a Higgs boson or otherwise. One way, they say, would be for CERN to build an even incomparable collider to improved observe a particles and yield some-more justification as to a existence of a theorized techni-quarks. ®