10Be.LAMBDA. and 10B.LAMBDA. Hypernuclei on the Nuclotron: A clue to some puzzles in nonleptonic weak decays

0185612 - UJF-V 20020123 RIV RU eng C - Conference Paper (international conference)
Majling, Lubomír - Bartke, J. - Batusov, Yu. - Chren, D. - Kuz`min, V. - Lukstins, J. - Nikitin, V. - Parfemov, A. - Sopko, B.
10Be.LAMBDA. and 10B.LAMBDA. Hypernuclei on the Nuclotron: A clue to some puzzles in nonleptonic weak decays.
Relativistic Nuclear Physics an Quantum Chromodynamics. Dubna: JINR, Dubna, 2002, s. -.
[Proceedings of the International Baldin Seminar on High Energy Physics Problems /16./. Dubna (RU), 10.06.2002-15.06.2002]
R&D Projects: GA ČR GA202/00/1667
Keywords : relativistic hypernuclei * weak decays of hypernuclei
Subject RIV: BF - Elementary Particles and High Energy Physics

Hypernuclei are a convenient laboratory to study the baryon-baryon weak interaction and associated effective weak Hamiltonian. The strangeness changing process, in which a .LAMBDA.-hyperon in nuclear matter converts to a neutron with a release of up to 176 MeV, provides a clear signal for a conversion of an s-quark. We will shov how the nuclear structure aspects of the problem, often an unwelcomed detail of calculations attempting to understand basic two-body .LAMBDA.N -> NN interaction, can be used to pick out components of the effective weak Hamiltonian.
Permanent Link: http://hdl.handle.net/11104/0082000