Extensions of nuclear physics to the strange sector are reviewed, covering data and models
of Λ and other hypernuclei, multistrange matter, and antikaon bound states and …

Spectroscopy of Λ hypernuclei has recently become one of the most valuable tools for the
experimental investigation of strangeness nuclear physics. Following the pioneering (π+ …

We review our method of calculation, Gaussian Expansion Method (GEM), for bound and
scattering states of few-body systems. The method was proposed in 1988 and has been …

Interactions between the octet-baryons (B8) in the spin–flavor SU6 quark model are
investigated in a unified coupled-channels framework of the resonating-group method …

We review recent progress in S=− 2 hypernuclei such as double-Λ hypernuclei and Ξ
hypernuclei, which are composed of a nucleus and one or two hyperons, such as a Λ or a Ξ …

Energy levels of the double-Λ hypernuclei Λ Λ 7 He, Λ Λ 7 Li, Λ Λ 8 Li, Λ Λ 9 Li, Λ Λ 9 Be,
and Λ Λ 10 Be are predicted on the basis of an α+ x+ Λ+ Λ four-body model, where x= n, p …

A hyperon–nucleon potential for the strangeness S=-1 sector (Λ N, Σ N) up to third order in
the chiral expansion is presented. SU (3) flavor symmetry is imposed for constructing the …

Since the shutdown of several old proton synchrotrons, which played a fundamental role in
the second generation experiments in hypernuclear physics performed in Europe, USA and …

We examine the Λ-He 4 (α) momentum correlation in high-energy collisions to elucidate the
interaction between Lambdas (Λ) and nucleons (N). We compare phenomenological Λ α …

Selected topics in strangeness nuclear physics are critically reviewed. This includes
production, structure and weak decay of Λ-Hypernuclei, the ̄ K nuclear interaction and the …