Revealing of essential spin effects in hard collisions at 40 GeV

V.D. Apokin,Yi Arestov,O. V. Astafiev,N. I. Belikov,B. V. Chujko,A.A. Derevshchikov,O. A. Grachev,Yu.A. Matulenko,A. P. Meschchanin,A.A. Morozov,V. V. Mochalov,A. I. Mysnik,S. B. Nurushev,D.I. Patalakha,A. F. Prudkogliad,Vl Rykov,L. F. Soloviev,V.L. Solovianov,A. N. Vasiliev,N. S. Borisov,Yu.M. Kazarinov,B.A. Khachaturov,M. Yu. Liburg,V. N. Matafonov,A. B. Neganov,Yu. A. Usov,Yu. Sh. Bagaturia,L.N. Glonti,G. Macharashvili,Ai Ocherashvili,Tm Sakhelashvili

Revealing of essential spin effects in hard collisions at 40 GeV

2008

A 40%‐asymmetry has been revealed in the hard scattering region at 40 GeV. Systematic errors in the experiment are noticeable. The observed effect requires detailed discussion of the production mechanisms.

Keywords:

Particle physics
Scattering
Spin-½
Atomic physics
Systematic error
Asymmetry
Physics
Elementary particle
Meson
Pion
Boson
Nuclear physics
Hadron

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations