5 articles
Scientists at CERN are producing and studying antimatter to solve the cosmic mystery of why the universe is dominated by matter. This elusive substance, created in a specialized factory, could reveal the fundamental imbalance that allowed matter to prevail over antimatter in the early universe.
The Higgs boson, discovered at the LHC in 2012, is now theorized to be a 'portal' to a hidden 'dark sector' of particles. Upgrades to the Large Hadron Collider aim to detect these invisible particles, potentially solving the mystery of dark matter.
Could CERN's Large Hadron Collider create a doomsday black hole? While theoretically possible under certain speculative physics, the scientific consensus and evidence suggest the risks are vanishingly small, with microscopic black holes likely evaporating instantly or having negligible gravitational impact.
Physicists face immense challenges in detecting the hypothetical graviton, the quantum particle of gravity. Extreme sensitivity requirements, fundamental physical limits like black hole formation, and overwhelming background noise from neutrinos suggest the universe may be hiding its quantum heart.
Fermilab's MicroBooNE experiment has delivered a significant blow to the theory of sterile neutrinos. By precisely distinguishing between real neutrino interactions and background noise, the experiment found no evidence for the elusive particle, casting doubt on its role in solving mysteries like neutrino mass and dark matter.
