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The chiral soliton aproach (CSA) provides a conceptually ne w way to understanding the nature of many body bound states, which is in complete corresponden ce with experiments. The spectrum of baryonic states is calculated as a function of extern al quantum numbers (baryon number, strangeness, isospin etc.), but their particular hadronic content is not fixed. Just same situation takes place in, e.g., missing mass experiments where the spe ctrum of states is measured at fixed values of baryon number, strangeness etc., but internal had ronic content cannot be defined, in principle. There is a rigorous statement within the CSA that the number o f states below the antikaon nucleus threshold increases with decreasing kaon mass. At p hysical values of the kaon mass and other model parameters several states below the antikaon n ucleus threshold are predicted within the CSA. These states could overlap and appear in experiment as broad enhancement seen by FINUDA and recently by DISTO Collaboration.

Quantized Multiskyrmions as Possible Nuclear Bound States of Antikaons