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Particle physics with cosmic accelerators
Physical Review D, 1986We discuss the atmospheric showers initiated by 1--${10}^{4}$-TeV photons emitted by cosmic accelerators such as Cygnus X-3. The direction and characteristic time structure of the radiation from such sources can be used to tag a beam of known composition (\ensuremath{\gamma} rays) with well-understood interactions (QED) with the target atmosphere.
, Halzen, , Hikasa, , Stanev
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2021
This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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Neutron physics with accelerators
Progress in Particle and Nuclear Physics, 2018Abstract Neutron-induced nuclear reactions are of key importance for a variety of applications in basic and applied science. Apart from nuclear reactors, accelerator-based neutron sources play a major role in experimental studies, especially for the determination of reaction cross sections over a wide energy span from sub-thermal to GeV energies ...
Colonna, N., Gunsing, F., Käppeler, F.
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Can physics accelerate biology?
Physics World, 2005In recent years a number of techniques have allowed life scientists to examine smaller and smaller biological samples at an ever-increasing rate. Chief among these is the polymerase chain reaction (PCR), which duplicates tiny quantities of genetic material until the sample is large enough to be analysed.
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Non-Accelerator Particle Physics
Non-Accelerator Particle Physics, 1995Klapdor-Kleingrothaus, H., Staudt, A.
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Non-Accelerator Particle Physics
1988Non-accelerator particle physics is an extremely varied field, and a complete review has appeared elsewhere [Rich, D. Lloyd Owen and M. Spiro, 1987]. Here, we will confine our attention to two areas that will be important in the next decade: solar neutrinos and galactic dark matter. Both of these fields come to particle physics bearing a problem.
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Non-accelerator Particle Physics
Journal of Physics G: Nuclear and Particle Physics, 1996The recent and collider experiments have made it abundantly clear that all known physics below the energy of 100 GeV or so is successfully described in terms of a spontaneously broken local gauge field theory based on the symmetry group , the standard model of electroweak interactions.
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Emerging exciton physics in transition metal dichalcogenide heterobilayers
Nature Reviews Materials, 2022Emma C Regan, Yongxin Zeng, Long Zhang
exaly