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Abstract: The constructive and technological solutions of a new-generation interactive multimodal hybrid conformal sensor-correcting microsystem are presented. Functional modules of the microsystem made in the form of an ultrathin bracelet or patch with the possibility of being fixed to human skin are considered. The advantages of the proposed microsystem, its purpose and possible applications are discussed.

One-neutron stripping process between 6Li and 209Bi was studied at 28, 30, and 34 MeV using the in-beam γ-ray spectroscopy method. The γ–γcoincident analysis clearly identified two γ-rays feeding the ground and long-lived isomeric states, which were employed to determine the cross section. The one-neutron stripping cross sections were similar to the cross sections of complete fusion in the 6Li+209Bi system, but the one-neutron stripping cross sections decreased more gradually at the sub-barrier region. A coupled-reaction-channel calculation was performed to study the detailed reaction mechanism of the one-neutron stripping process in 6Li. The calculations indicated that the first excited state of 5Li is critical in the actual one-neutron transfer mechanism, and the valence proton of 209Bican be excited to the low-lying excited state in (6Li,5Li) reaction, unlike in the (d,p) reaction.