Particle Tracing Minicourse
... acoustophoretic and many other forces. – Can model fluid-particle interactions. ...
... acoustophoretic and many other forces. – Can model fluid-particle interactions. ...
ANTIMATTER A review of its role in the universe and its applications
... could have existed in the high-energy primordial universe, and could have generated the necessary imbalance in particle–antiparticle numbers through CP-violation. However, for such CP-violation to exist, the neutrinos and antineutrinos (which have no charge) would have to be identical, as predicted ...
... could have existed in the high-energy primordial universe, and could have generated the necessary imbalance in particle–antiparticle numbers through CP-violation. However, for such CP-violation to exist, the neutrinos and antineutrinos (which have no charge) would have to be identical, as predicted ...
SpontaneouS Symmetry Breaking in particle phySicS
... I will begin with a short story about my background. I studied physics at the University of Tokyo. I was attracted to particle physics because of three famous names, Nishina, Tomonaga and Yukawa, who were the founders of particle physics in Japan. But these people were at different institutions than ...
... I will begin with a short story about my background. I studied physics at the University of Tokyo. I was attracted to particle physics because of three famous names, Nishina, Tomonaga and Yukawa, who were the founders of particle physics in Japan. But these people were at different institutions than ...
Glossary File
... In the Standard Model the fundamental interactions are the strong, electromagnetic, weak, and gravitational interactions. Four interaction types are all that are needed to explain all observed physical phenomena. The theory proposes at least one more fundamental interaction that is responsible for f ...
... In the Standard Model the fundamental interactions are the strong, electromagnetic, weak, and gravitational interactions. Four interaction types are all that are needed to explain all observed physical phenomena. The theory proposes at least one more fundamental interaction that is responsible for f ...
Flavor Beyond Standard Model
... Exciting time is for fundamental physics, after the LHC experiments announced about discovery of neutral Higgs particle on July the 4th. Many in the community expect a new paradigm to emerge around the TeV scale, be it some variant of SUSY or of Technicolour or something even more radical, like extr ...
... Exciting time is for fundamental physics, after the LHC experiments announced about discovery of neutral Higgs particle on July the 4th. Many in the community expect a new paradigm to emerge around the TeV scale, be it some variant of SUSY or of Technicolour or something even more radical, like extr ...
Physics for the IB Diploma - Assets
... Physics is a fundamental science, and those who study it will gain an understanding of the basic laws that govern everything from the very small subatomic to the very large cosmic scale. The study of physics provides us with an unparalleled power of analysis that is useful in the study of the other ...
... Physics is a fundamental science, and those who study it will gain an understanding of the basic laws that govern everything from the very small subatomic to the very large cosmic scale. The study of physics provides us with an unparalleled power of analysis that is useful in the study of the other ...
Man-Made Accelerators (Earth-Based)
... electrodes to which he had applied a difference in electric potential. He manipulated the resulting beam with electric and magnetic fields to determine the charge-to-mass ratio of cathode rays. Thomson achieved his discovery by studying the properties of the beam itself—not its impact on a target or ...
... electrodes to which he had applied a difference in electric potential. He manipulated the resulting beam with electric and magnetic fields to determine the charge-to-mass ratio of cathode rays. Thomson achieved his discovery by studying the properties of the beam itself—not its impact on a target or ...
Fundamental interactions
... is by far the most precise test of the theory of Quantum Electrodynamics for free particles. However, information on the g-factor of the bound electron in hydrogen-like ions was until recently available only for the hydrogen atom and the 4He+-ion. For the determination of the g-factor of the bound ...
... is by far the most precise test of the theory of Quantum Electrodynamics for free particles. However, information on the g-factor of the bound electron in hydrogen-like ions was until recently available only for the hydrogen atom and the 4He+-ion. For the determination of the g-factor of the bound ...
