TeV sky versus AUGER one: Are UHECR also radioactive, heavy galactic nuclei?

UHECR (Ultra High Cosmic Rays) made by He-like lightest nuclei might solve the AUGER extragalactic clustering along Cen A: He UHECR cannot arrive from Virgo because the light nuclei fragility and opacity above few Mpc; UHECR signals are clustering along Cen-A spreading as observed by horizontal galactic arms magnetic fields, along random vertical angles. Cen A events by He-like spread along a width angle as large as the observed clustered one; such a light nuclei coexist with the Auger heavy nuclei and with the Hires nucleon composition. UHECR He being fragile should partially fragment in secondaries at tens EeV multiplet (D,He3,p) almost as it occurs in the very recent UHECR multiplet at 20 EeV along Cen A UHECR clustering. Their narrow crowding within a tiny (Cen A-centric disk) observation area (below 10−2 of the whole AUGER sky) aligned with Cen A may occur by a very low probability, below 3×10−5. Remaining UHECR spread group show correlations with other γ (MeV-Al26 radioactive) maps, mainly due to galactic SNR sources as Vela pulsar, the brightest, nearest GeV source. Other nearest galactic γ sources (as partially Crab and Galactic Center core) show links with UHECR via TeV correlated maps. We speculate here that UHECR are also heavy radioactive galactic nuclei as Ni56, Ni57 and Co57, Co60 widely bent (tens degree up to ≥100°) by galactic fields. UHECR radioactivity (in β and γ channels) and decay in flight at hundreds keV is boosted (by huge Lorentz factor ΓNi≃109−108) leading to TeVs γ correlated sky anisotropy. Tau neutrinos secondaries and their tau airshowers at horizons may rise (from hundreds TeVs–PeVs) in future ICECUBE, ANTARES double bang events, or in ARGO and ASHRA horizons or in AUGER or TA airshowers at PeVs–EeV energies, showing the expected Neutrino astronomy link to UHECR decay in flight.