activity
19982011
most citedIndication of a deeply bound compact K-pp state formed in the pp -> p Lambda K+ reaction at 2.85 GeV

196 citations · 531 across the 12 of their papers we have counts for

collaborators

12 papers

nucl-ex2011★ 21 cited

Formation of the resonance X(2265) in the reaction at 2.50 and 2.85 GeV

P. Kienle, M. Maggiora, K. Suzuki +36

Analyzing DISTO data of at and 2.85 GeV to populate a previously reported X(2265) resonance with MeV/ and MeV at…

nucl-ex2010★ 196 cited

Indication of a deeply bound compact K-pp state formed in the pp -> p Lambda K+ reaction at 2.85 GeV

T. Yamazaki, M. Maggiora, P. Kienle +34

We have analyzed data of the DISTO experiment on the exclusive pp -> p Lambda K+ reaction at 2.85 GeV to search for a strongly bound compact K-pp (= X) state to be formed in the pp…

hep-ex2009★ 24 cited

DISTO data on Kpp

M. Maggiora, P. Kienle, K. Suzuki +36

The data from the DISTO Collaboration on the exclusive pp -> p K+ Lambda production acquired at T_p = 2.85 GeV have been re-analysed in order to search for a deeply bound K- pp (=…

nucl-ex2008★ 23 cited

First exclusive measurements of the K^-pp state - populated in the pp to K^+ Lambda p reaction at 2.85 GeV

T. Yamazaki

We have analyzed data of the DISTO experiment on the exclusive pp to K^+ Lambda p process at T_p = 2.85$ GeV to search for a K^-pp (= X) nuclear bound state to be formed in the pp…

nucl-ex2006★ 13 cited

Measurement of the Absolute Differential Cross Section for np Elastic Scattering at 194 MeV

M. Sarsour, T. Peterson, M. Planinic +19

A tagged medium-energy neutron beam has been used in a precise measurement of the absolute differential cross section for np back-scattering. The results resolve significant discre…

nucl-ex2004★ 10 cited

Measurement of the Absolute np Scattering Differential Cross Section at 194 MeV

M. Sarsour, T. Peterson, M. Planinic +19

We describe a double-scattering experiment with a novel tagged neutron beam to measure differential cross sections for np back-scattering to better than 2% absolute precision. The…