Abstract
Hypernuclei are used to study the baryon-baryon weak interaction and associated effective weak Hamiltonian. We will show how the proper choice of hypernucleus can be used to pick out components of the effective weak Hamiltonian. It is well known that removing one nucleon from 9Be or 9B results in 8Be* with a subsequent αα decay. Through this unique process, it would be possible to identify final states of the residual nucleus. So, due to these specific properties of the core nuclei 9Be and 9B, it may be possible to measure the branching fractions Γααin(p) for the exclusive decays of the Λ10Be (Λ10B) hypernuclei.
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