This weekend, Alice, Atlas, CMS and LHCB collaborations at CERN’s Large Hadron Collider were awarded a groundbreaking award in basic physics by the Breakthrough Award Foundation.
The award is awarded to four LHC collaborations that unite thousands of researchers from over 70 countries and is directed towards papers created based on LHC Run-2 data up to July 2024.
It was awarded to collaboration for detailed measurements of Higgs Boson properties confirming mechanisms breaking the symmetry of mass production, discovery of new, strongly interacting particles, and studies of rare processes and asymmetry of matter and attitudes.
“We are extremely proud to see this prestigious award-winning LHC collaboration’s exceptional achievements,” said Fabiola Gianotti, director of CERN.
“It is a beautiful recognition of the collective effort, dedication, ability and effort of thousands of people around the world who contribute every day to pushing the boundaries of human knowledge.”
Unlock new expertise with the groundbreaking prize fund foundation
Following discussions with the experimental management team, the Breakthrough Awards Foundation will donate a $3 million award to the Cern & Society Foundation.
The prize money will be used to provide grants for doctoral students from the LHC Collaborations member institute to spend their research time at CERN, giving them the experience of working at the forefront of science and new expertise and taking it back to their home country or region.
Atlas and CMS are general purpose experiments pursuing a complete programme of exploration provided by LHC’s high energy and high intensity proton and ion beams. They co-published the discovery of Higgsboson in 2012 and continued to investigate its properties.
“The award recognizes the collective vision and monumental efforts of thousands of Atlas collaborators around the world,” explained Atlas spokesman Stephen Willock.
“Their talent, dedication and support from publicly funded agencies have made the scientific breakthrough celebrated today possible. These results have changed our understanding of the universe at the most basic level.”
How LHC collaboration advances understanding of particle physics
Through continuous innovation in utilizing data from large-scale hadron colliders over the past 15 years, CMS Collaboration has conducted a thorough characterization of Higgs Bosons, examining the dense nuclear states of nuclear weapons that were prevalent in early universes, both electrowake scale and beyond.
Alice is studying Quark-Gluon plasma. This is a state of extremely hot and dense material that exists in the first microsecond after the Big Bang.
LHCB, on the other hand, investigates microscopic differences between matter and antimatter, violations of fundamental symmetry, and, among other things, violations of complex spectrality of complex particles (hadrons) made of heavy and light quarks.
Alice spokesman Marco Van Lewen commented:
“The new grants funded through this award will help train the next generation of Alice scientists.”
By performing these highly accurate and delicate tests, the LHC experiments have pushed the boundaries of basic physics knowledge to unprecedented limits.
They will continue to do so with future upgrades of High-luminosity LHC, a massive hadron crider, aimed at increasing the performance of LHCs starting in 2030 to increase the likelihood of discovery.
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