Hendrik Roch

Dr. Hendrik Roch is a Research Fellow in the Department of Physics and Astronomy at Wayne State University's College of Liberal Arts and Sciences. His primary affiliation involves research in theoretical and computational nuclear physics, with office facilities provided in Room 314. No educational background or teaching roles are documented.

Research Focus: Dr. Roch specializes in the phenomenology of heavy-ion collisions, employing advanced computational and statistical methods. Key areas include:

• Jet quenching dynamics and modification patterns in quark-gluon plasma
• Bayesian inference for nuclear matter properties and collision dynamics
• Relativistic kinematics frameworks like SPARKX software
• Hybrid hadronization models and multi-stage evolution systems
• Initial-state fluctuations and statistical analysis of hot-spot distributions
• Equation of state derivation using Gaussian-process generative models

Publication Trends: The 15 most recent articles (2021-2025) demonstrate consistent focus on high-energy nuclear collision phenomena. Dominant themes include jet modification probes (photon-triggered jets, momentum broadening), Bayesian analysis of RHIC beam scan data, computational tool development (SPARKX, SMASH transport code), and hybrid hadronization models. Methodological emphasis is placed on statistical inference, multi-stage frameworks, and precision kinematics conservation.

Awards & Recognition: No scientific awards, prizes, or fellowships are documented in the available information.

Research Infrastructure: No dedicated laboratories, research groups, or external collaborations are explicitly mentioned beyond institutional affiliation. Software contributions include SPARKX kinematics analyzer and SMASH transport code updates.