Results 231 to 240 of about 188,200 (260)
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1976
We do not attempt in these two lectures to develop a coherent formalism of nuclear muon-capture, nor do we drive for completeness in the description of what the study of these processes may teach us about the basic interaction or the nuclear structure. The formalism may be consulted in ref. 1 (impulse approximation) or ref.
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We do not attempt in these two lectures to develop a coherent formalism of nuclear muon-capture, nor do we drive for completeness in the description of what the study of these processes may teach us about the basic interaction or the nuclear structure. The formalism may be consulted in ref. 1 (impulse approximation) or ref.
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1981
The title of my lecture implies some general remarks related both to fission and muonic atoms. It is relevant to start with fission because the main goal of the experiments we are going to discuss was to learn more about fission itself. But one has to keep in mind also that the fission processs is well understood now and it is tempting from time to ...
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The title of my lecture implies some general remarks related both to fission and muonic atoms. It is relevant to start with fission because the main goal of the experiments we are going to discuss was to learn more about fission itself. But one has to keep in mind also that the fission processs is well understood now and it is tempting from time to ...
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Early study of muons and muon decay
AIP Conference Proceedings, 1994Work on the secondary cosmic radiation carried‐out over the period 1929–1947 is reviewed describing first the experimental demonstration that the penetrating cosmic rays are new unstable particles of intermediate mass (‘‘mesotrons’’), for a long time incorrectly identified with the Yukawa mediator of nuclear forces.
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Muon Colliders? Why Muon Colliders?
Muon Colliders? Why Muon Colliders?, 2023openaire +1 more source
New physics potential of muon‐muon colliders
AIP Conference Proceedings, 1996The development of muon‐muon colliders would open up new physics opportunities at both the low energy (ECM=500 GeV) and high energy (ECM=4 TeV) frontiers. An unique possibility is s‐channel Higgs boson production and measurement of its width. Heavy supersymmetric particles may be discovered and their properties determined.
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On Muon Production for Muon Catalyzed Fusion
Fusion Technology, 1987Efficient pion production is the first requisite for efficient muon production. The maximum number of negative pions that can be obtained in a particular projectile-target combination is studied as a function of operating energy. Tertiary pions produced in secondary collisions are included.
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Leading hadronic contribution to the muon magnetic moment from lattice QCD
Nature, 2021Sz Borsanyi +2 more
exaly
The anomalous magnetic moment of the muon in the Standard Model
Physics Reports, 2020Nils Asmussen +2 more
exaly
Measurement of the Positive Muon Anomalous Magnetic Moment to 0.20 ppm
Physical Review Letters, 2023, , Alexey Anisenkov
exaly