[en] The structure of the energy levels of light nuclei has still many states unknown. In particular in the triplet ⁶Li, ⁶He, and ⁶Be. There are several excited states identified in the ⁶Li and ⁶He but only a few states in the isobar ⁶Be. In addition to the interest in nuclear structure of these states, the importance of the excited states in the ⁶Be below and above the ³He -³ He threshold at 11:48 MeV resides mainly in the astrophysics. The possible existence of resonances near to this threshold could have strong implications in the p-p burning captures in the p-p chain. The idea here was to use a reaction ³He(⁷Be, α)⁶Be to populate the ⁶Be levels. The experiment was performed at CRIB-RIKEN using a pure ⁷Be beam and a ³He gas target. The ⁷Be beam of intensity of about 3-5x10⁵pps and E_lab 53.4MeV was produced by the primary reaction ⁷Li(p; n)⁷Be using the cryogenic H₂ target at CRIB. In this work we analyze data from this ³He(⁷Be, α)⁶Be reaction and show results of the searching for resonances in ⁶Be. (author)