Projects per year
Fingerprint The Fingerprint is created by mining the titles and abstracts of the person's research outputs and projects/funding awards to create an index of weighted terms from discipline-specific thesauri.
- 18 Similar Profiles
ionic collisions
Physics & Astronomy
collisions
Physics & Astronomy
quarks
Physics & Astronomy
quantum chromodynamics
Physics & Astronomy
nuclei
Physics & Astronomy
baryons
Physics & Astronomy
pions
Physics & Astronomy
energy
Physics & Astronomy
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Projects 1987 2019
Research in Theoretical Nuclear Physics
United States Department of Energy
1/1/87 → 1/31/19
Project: Research project
nuclear physics
Research in Theoretical Nuclear Physics
United States Department of Energy
2/1/17 → 2/1/17
Project: Research project
nuclear physics
Research Output 1976 2018
Causal electric charge diffusion and balance functions in relativistic heavy-ion collisions
Kapusta, J. I. & Plumberg, C., Jan 22 2018, In : Physical Review C. 97, 1, 014906Research output: Contribution to journal › Article
electric charge
ionic collisions
propagation
electric current
hadrons
Dynamical AdS/Yang-Mills model
Bartz, S. P., Dhumuntarao, A. & Kapusta, J. I., Jul 15 2018, In : Physical Review D. 98, 2, 026019Research output: Contribution to journal › Article
gauge theory
scalars
Yang-Mills theory
mass spectra
broken symmetry
Achieving high baryon densities in the fragmentation regions in heavy ion collisions at top RHIC energy
Li, M. & Kapusta, J. I., Apr 25 2017, In : Journal of Physics: Conference Series. 832, 1, 012058Research output: Contribution to journal › Conference article
ionic collisions
baryons
fragmentation
energy
kinetic energy
Departure from equilibrium of the quasiparticle distribution functions in high-energy nuclear collisions
Chakraborty, P. & Kapusta, J. I., Jan 19 2017, In : Physical Review C. 95, 1, 014907Research output: Contribution to journal › Article
nuclear energy
distribution functions
collisions
shear
approximation
High baryon densities achievable in the fragmentation regions at RHIC and LHC
Kapusta, J. & Li, M., Feb 8 2017, In : Journal of Physics: Conference Series. 779, 1, 012077Research output: Contribution to journal › Conference article
baryons
fragmentation
nuclei
critical point
flux density