온라인바카라

Leonard Kisslinger

Emeritus Professor

Nuclear & Particle Physics
Quark Interaction Theory
Wean Hall 8424
412-268-2768

email

Prof. Leonard Kisslinger

Education & Professional Experience

Ph.D.: Indiana University

Honors and Awards:
Carnegie Science Award (2017)
바카라 온라인 추천 Gelfand Outreach Award (2009)

Research Interests

Leonard Kisslinger uses a variety of techniques, such as QCD sum rules, Dyson-Schwinger equations, and light-front field theory, to study QCD and electroweak processes for deducing the structure of hadrons and nuclei, early universe phase transitions, cosmic electroweak bubbles, and pulsar kicks.

Recent Publications

Leonard S. Kisslinger and Bijit Singha, Charm, Bottom, Strange Baryon Masses Using QCD Sum Rules,

Leonard S. Kisslinger and Bijit Singha, B Production In p-p and A-A Collisions

Leonard S. Kisslinger, Review of QCD Sum Rules, Heavy Quark Hadron Production, Suppression, and Decay,

Leonard S. Kisslinger and Debasish Das, Heavy quark state production in Pb-Pbcollisions at √spp=5.02 TeV,

Leonard S. Kisslinger, Zhou Li-juan, Ma Wei-xing, Ψ(2S) Decay to J/Ψ(1S) + 2 π or J/Ψ(1S) + σ + 2 π

Leonard S. Kisslinger, Steven Casper, Dark mass creation during EWPT via Dark Energy interaction

Leonard S. Kisslinger, Debasish Das, Upsilon production in pp collisions for forward rapidities at LHC

Leonard S. Kisslinger, Neutrino energies in a neutrinosphere

Leonard S. Kisslinger, Review of recent neutrino physics research,

Leonard S. Kisslinger, Debasish Das, Ψ and ϒ production in pp collisions at 7.0 TeV

Leonard S. Kisslinger, Ernest M. Henley, Mikkel B. Johnson, Neutrino oscillation in matter and parameters s13, δCP

Lijuan Zhou, Weixing MaLeonard S. Kisslinger, Prediction of Cosmological Constant Λ in Veneziano Ghost Theory of QCD