A New Frontier of Modern Physics Research-Pomeron as a Reggeized Tensor Glueball
Weixing Ma, Long-Zhang Liu, Lijuan Zhou, Zhaohui Hu
Abstract
Weixing Ma, Long-Zhang Liu, Lijuan Zhou, Zhaohui Hu
Abstract
We propose that the Pomeron is a Regge trajectory of tensor glueballs with the lightest member having a mass in the 2.2 GeV region and the quantum numbers I(superscript G)J(superscript PC) 0(superscript +) 2(superscript ++). By using the well-established high-energy proton-proton elastic scattering differential cross sections, we show that our conjecture is fully consistent with the observed production data.
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We propose that the Pomeron is a Regge trajectory of tensor glueballs with the lightest member having a mass in the 2.2 GeV region and the quantum numbers I(superscript G)J(superscript PC) 0(superscript +) 2(superscript ++). By using the well-established high-energy proton-proton elastic scattering differential cross sections, we show that our conjecture is fully consistent with the observed production data.
Key concepts: Pomeron, Physics, Glueball, Particle physics, Proton, Tensor (intrinsic definition), Nuclear physics, Quantum number