Ellis-part1
... • Perfect agreement with all confirmed accelerator data • Consistency with precision electroweak data (LEP et al) only if there is a Higgs boson • Agreement seems to require a relatively light Higgs boson weighing < ~ 180 GeV • Raises many unanswered questions: mass? flavour? unification? ...
... • Perfect agreement with all confirmed accelerator data • Consistency with precision electroweak data (LEP et al) only if there is a Higgs boson • Agreement seems to require a relatively light Higgs boson weighing < ~ 180 GeV • Raises many unanswered questions: mass? flavour? unification? ...
NEUTRINO ODYSSEY
... confirming evidence from earlier experiments, showed the oscillation of muon neutrinos. This confirmation of oscillations shook the neutrino world. Super-Kamiokande also confirmed the observation of the solar neutrino deficit first seen by Davis and Bahcall. In the process, they took the first image ...
... confirming evidence from earlier experiments, showed the oscillation of muon neutrinos. This confirmation of oscillations shook the neutrino world. Super-Kamiokande also confirmed the observation of the solar neutrino deficit first seen by Davis and Bahcall. In the process, they took the first image ...
Proton Driven Plasma Wakefield Acceleration
... creating a cavity with very strong electric fields. The cavity structure repeats, and the pattern moves with the proton bunch velocity. An appropriately timed witness bunch can be placed in a region of very strong electric field and accelerated. The plasma has focusing properties for the tail of the ...
... creating a cavity with very strong electric fields. The cavity structure repeats, and the pattern moves with the proton bunch velocity. An appropriately timed witness bunch can be placed in a region of very strong electric field and accelerated. The plasma has focusing properties for the tail of the ...
Full-Text PDF
... are re-written in the usual way of thermodynamics for indistinguishable particles. For the system of distinguishable particles, the “reduced” entropy S red instead of the original entropy S defines the thermodynamical variables of the system. Our presentation is somehow a straightforward way to just ...
... are re-written in the usual way of thermodynamics for indistinguishable particles. For the system of distinguishable particles, the “reduced” entropy S red instead of the original entropy S defines the thermodynamical variables of the system. Our presentation is somehow a straightforward way to just ...
Cool things to do with neutrons - Institut Laue
... electrically neutral particle to sit alongside the previously discovered proton within the atomic nucleus. Quite soon after Chadwick’s landmark discovery, scientists realized that this neutral particle held enormous potential as a tool for studying nature’s fundamental laws. Neutrons offer a complet ...
... electrically neutral particle to sit alongside the previously discovered proton within the atomic nucleus. Quite soon after Chadwick’s landmark discovery, scientists realized that this neutral particle held enormous potential as a tool for studying nature’s fundamental laws. Neutrons offer a complet ...
L scher.pdf
... heavy quarks. No attempt will here be made to explain the detailed structure of eq. (1.1), but an important point to note is that there are no free parameters other than the gauge coupling g and the masses mu , md , . . . of the quarks. QCD is thus an extremely predictive theory. It is also difficult ...
... heavy quarks. No attempt will here be made to explain the detailed structure of eq. (1.1), but an important point to note is that there are no free parameters other than the gauge coupling g and the masses mu , md , . . . of the quarks. QCD is thus an extremely predictive theory. It is also difficult ...
