Observation of a Narrow Antibaryon State at 2.26GeV/c2

Abstract

the situation of the Kerr black-hole uniqueness proofs, since in these proofs very strong symmetry requirements are made, which are inconsistent with the generic condition: The generators of the Kerr event horizon, for example, never feel tidal forces. However, the black-hole uniqueness theorems are frequently used to argue that the final black-hole state is of Kerr type; the symmetry requirements are then not expected to hold exactly for all time, just approximately in the limit of a long time after the black hole formation. In this actual physical case the generic condition does hold, for the reasons given on page 101 of HE. Thus Theorem 2 tells us that although there may be nonsingular causality-violating black-hole solutions, they would have to satisfy strong symmetry requirements exactly over their entire history. In other words, the existence of CTL would be an unstable property of black holes. Hence, no physically realistic, causality-violating, nonsingular black-hole solutions exist.

Excited state mass spectra of singly charmed baryons

“…Masses are obtained in the present study for each case of the model potential, ν= 0.5 to ν=2.0. Note that, A are masses without first order correction and B are masses with first order correction in Table [4][5][6][7][8][9][10][11][12][13][14][15][16][17][18]. We plot graphs for calculated excited state (S and P state) with different potential index (M → ν) (See Fig.…”

“…Λ + c has been discovered at BNL [7] in 1975 . Shortly, Σ ++ c mass was discovered at FNAL [8] in 1976. Then Ξ c were announced by Belle [3] and also by BABAR collaboration [4].…”

Overview of Λc decays

“…The lowest-lying charmed baryon Λ c was discovered more than 40 years ago [1], but its decays have not yet been fully mapped out due to the many available modes. Significant progress toward this goal has been made in the past few years, thanks to advances in particle identification, tracking, and collider luminosity.…”

Psionic Matter

“…Knapp et al (106) have reported observation of a sharp peak in the mass spectrum of An + n -rr -produced by photons interacting with beryllium. Some details ofthe experimental arrangement have been presented above in the discussion of IjJ production by this group at Fermilab.…”