  Gamma Ray Bursts as recent GRB990123 and GRB990510 are observed to occur in
cosmic volumes with a corresponding output reaching, for isotropic explosions,
energies as large as two solar masses annihilation. These energies are
underestimated because of the neglected role of comparable ejected neutrinos
bursts. These extreme power cannot be explained with any standard spherically
symmetric Fireball model. A too heavy black hole or Star would be unable to
coexist with the shortest millisecond time structure of Gamma ray Burst.
Beaming of the gamma radiation may overcome the energy puzzle. However any mild
explosive beam $(\Omega > 10^{-2})$ should not solve the jet containment at
those disruptive energies. Only extreme beaming $(\Omega < 10^{-8})$, by a slow
decaying, but long-lived precessing jet, it may coexist with characteristic
Supernova energies, apparent GRBs output, statistics as well as their
connection with older and nearer SGRs relics.

Astrophysics;High Energy Physics - Phenomenology