Big+Bang+theory
... 12. Scientists now believe that protons and neutrons are made of even smaller particles known as quarks. ‘Up’ quarks have a charge of plus two-thirds and ‘down’ quarks have a charge of negative one-third. If both protons and neutrons are made up of three quarks each, what must be the combination of ...
... 12. Scientists now believe that protons and neutrons are made of even smaller particles known as quarks. ‘Up’ quarks have a charge of plus two-thirds and ‘down’ quarks have a charge of negative one-third. If both protons and neutrons are made up of three quarks each, what must be the combination of ...
see presentation slides
... A New Type of Collider: +As far as we know, electrons (and positrons) are not composite particles, so an e+e- collider provides a well-defined initial state in which all energy is concentrated in two fundamental particles. However, electrons have relatively low mass, me, so the electric field E o ...
... A New Type of Collider: +As far as we know, electrons (and positrons) are not composite particles, so an e+e- collider provides a well-defined initial state in which all energy is concentrated in two fundamental particles. However, electrons have relatively low mass, me, so the electric field E o ...
8. Particle Dark Matter.
... Most WIMPs pass easily through the earth, as do most neutrinos. But there is a small probability of interacting with a nucleon, producing a recoil. Direct detection experiments have very sensitive detectors designed to discover these rare events. They are placed deep underground to shield from a fal ...
... Most WIMPs pass easily through the earth, as do most neutrinos. But there is a small probability of interacting with a nucleon, producing a recoil. Direct detection experiments have very sensitive detectors designed to discover these rare events. They are placed deep underground to shield from a fal ...
Glossary - Angelfire
... Equilibrium - There are different types of equilibrium (eqm), such as chemical eqm. In physics we normally work with mechanical eqm. A system is in equilibrium if i) the total "FORCE" acting in any direction is zero, and ii) the total "MOMENT" about any point is zero. ...
... Equilibrium - There are different types of equilibrium (eqm), such as chemical eqm. In physics we normally work with mechanical eqm. A system is in equilibrium if i) the total "FORCE" acting in any direction is zero, and ii) the total "MOMENT" about any point is zero. ...
![[a,b]! - Nikhef](http://s1.studyres.com/store/data/000147861_1-4659b0cc203c9fe99ee5f554409aa79c-300x300.png)
1.5 physics beyond the Standard Model
... known as the “hierarchy problem”, is puzzling and indicates that physics beyond the SM that protects the Higgs mass against large quantum corrections should exist in the multi-TeV regime. We investigated several approaches to solving the hierarchy problem, such as supersymmetry (SUSY) and conformal ...
... known as the “hierarchy problem”, is puzzling and indicates that physics beyond the SM that protects the Higgs mass against large quantum corrections should exist in the multi-TeV regime. We investigated several approaches to solving the hierarchy problem, such as supersymmetry (SUSY) and conformal ...
Switzerland_LZGillet
... is therefore to discuss the scientific priorities and possible shared contributions to large-scale infrastructures in the field of particle physics and astrophysics. We expect that the current round of experiments will define the next major steps in these fields and given the size of the envisioned ...
... is therefore to discuss the scientific priorities and possible shared contributions to large-scale infrastructures in the field of particle physics and astrophysics. We expect that the current round of experiments will define the next major steps in these fields and given the size of the envisioned ...
