Hunting for the Higgs Boson
Evidence of a "Higgs-like particle" was discovered by high-energy physicists, working in a field of research that focuses on the elementary particles that make up matter and carry the fundamental forces. Since the 1930s, a veritable zoo of particles has been discovered with the help of a succession of accelerators, beginning with Ernest Lawrence's invention of the cyclotron and culminating in the Large Hadron Collider.
The Large Hadron Collider accelerates twin beams of protons or heavy nuclei nearly to the speed of light and forces them to collide with each other in a vast underground edifice, where detectors measure the multitude of particles that spray out of collisions occurring 20 million times per second. The construction of larger and larger colliders, together with improvements in detector technology, has resulted in an avalanche of newly discovered particles.
Over the last century, theoretical and experimental physicists from all over the world have discovered a palette of particles, all with tongue-twisting names: point-particle leptons and hadrons made of quarks, which form baryons and mesons, the stuff of matter, and…bosons.
Abraham Seiden, Distinguished Professor of Physics at the University of California, Santa Cruz, will open the event and introduce Peter Jenni. Jenni, who has been involved in the ATLAS project since the beginning, will then present this odyssey of discovery and provide insight into the complex concepts of particle physics and the key role of the Higgs boson.
After the discussion, while you are having a glass of a mysterious “Higgs” cocktail and examining a smaller version of the ATLAS detector, mingle with seven physicists from Lawrence Berkeley National Laboratory, who will be available for an “Ask-the-Scientist” session. Meant to be interactive, this evening will be the opportunity for everyone who wants to finally understand what our universe is made of…