Nuclear Seminar- Dr. Johannes Jahan (University of Houston)- MUSES – Assembling the puzzle of the nuclear phase diagram

Outside of the PRB with sun shining and students walking past.
October 25, 2024
2:00PM - 3:00PM
TBD

Date Range
2024-10-25 14:00:00 2024-10-25 15:00:00 Nuclear Seminar- Dr. Johannes Jahan (University of Houston)- MUSES – Assembling the puzzle of the nuclear phase diagram Dr. Johannes JahanUniversity of HoustonMUSES – Assembling the puzzle of the nuclear phase diagramLocation: TBDHost: Dr. Maria Stefaniak Abstract: The desire to provide a complete picture for the phase diagram of nuclear matter has led researchers from nuclear physics, astrophysics and heavy-ion communities to join efforts by creating the Modular Unified Solver of the Equation of State (MUSES) project. This theoretical collaboration aims at delivering a cyber-infrastructure modular tool, which offers the possibility to get a variety of equations of states, covering different regions of the phase diagram, as well as related derived observables. Hence, it gathers many different approaches that can be used to address some of the most active research topics of these times: exploring the large density region of the phase diagram, searching for the existence of a critical point of nuclear matter, or studying neutron star properties through gravitational waves detection.In this talk, I will present the status of the MUSES calculation engine, with an overview of the different modules to be available in the imminent public release, and will give a glimpse of the future plans. TBD Department of Physics physics@osu.edu America/New_York public

Dr. Johannes Jahan

University of Houston

MUSES – Assembling the puzzle of the nuclear phase diagram

Location: TBD

Host: Dr. Maria Stefaniak

 

Abstract: The desire to provide a complete picture for the phase diagram of nuclear matter has led researchers from nuclear physics, astrophysics and heavy-ion communities to join efforts by creating the Modular Unified Solver of the Equation of State (MUSES) project. This theoretical collaboration aims at delivering a cyber-infrastructure modular tool, which offers the possibility to get a variety of equations of states, covering different regions of the phase diagram, as well as related derived observables. Hence, it gathers many different approaches that can be used to address some of the most active research topics of these times: exploring the large density region of the phase diagram, searching for the existence of a critical point of nuclear matter, or studying neutron star properties through gravitational waves detection.

In this talk, I will present the status of the MUSES calculation engine, with an overview of the different modules to be available in the imminent public release, and will give a glimpse of the future plans.