The Interplay Between Electromagnetic Fields and Baryon Stopping in a Hydrodynamic Model for Charged Flow
Tuna Demircik🇳🇱 · Dmitri E. Kharzeev🇺🇸 · Krishna Rajagopal🇺🇸 · Raimond Snellings🇳🇱
Sep 16, 20262609.17228↳ hep-ph0 citations
Author
Demircik, Tuna
Affiliationsfrom papers in this corpus
Collaboratorsmost frequent first
Popcorn transitions and approach to conformality in homogeneous holographic nuclear matter
Jesús Cruz Rojas🇰🇷 · Tuna Demircik🇵🇱 · Matti Järvinen🇰🇷
Jan 10, 20232301.03173↳ hep-thSymmetry14 citations
Exploring the Phase Diagram of V-QCD with Neutron Star Merger Simulations
Tuna Demircik🇵🇱 · Christian Ecker🇩🇪 · Matti Järvinen🇰🇷 · Luciano Rezzolla🇩🇪 · Samuel Tootle🇩🇪 · Konrad Topolski🇩🇪
Nov 21, 20222211.10118↳ astro-ph.HEEPJ Web Conf.11 citations
Quark formation and phenomenology in binary neutron-star mergers using V-QCD
Samuel Tootle🇩🇪 · Christian Ecker🇩🇪 · Konrad Topolski🇩🇪 · Tuna Demircik🇰🇷 · Matti Järvinen🇰🇷 · Luciano Rezzolla🇩🇪
May 13, 20222205.05691↳ astro-ph.HESciPost Phys.66 citations
Dense and Hot QCD at Strong Coupling
Tuna Demircik🇰🇷 · Christian Ecker🇩🇪 · Matti Järvinen🇰🇷
Dec 24, 20212112.12157↳ hep-phPRX67 citations
All order effective action for charge diffusion from Schwinger-Keldysh holography
Yanyan Bu🇨🇳 · Tuna Demircik🇰🇷 · Michael Lublinsky🇮🇱
Dec 16, 20202012.08362↳ hep-thJHEP29 citations
Rapidly Spinning Compact Stars with Deconfinement Phase Transition
Tuna Demircik🇰🇷 · Christian Ecker🇩🇪 · Matti Järvinen🇰🇷
Sep 24, 20202009.10731↳ astro-ph.HEApJL55 citations
Chiral transport in strong fields from holography
Yanyan Bu🇨🇳 · Tuna Demircik🇮🇱 · Michael Lublinsky🇮🇱
Mar 5, 20191903.00896↳ hep-thJHEP12 citations
Gradient resummation for nonlinear chiral transport: an insight from holography
Yanyan Bu🇨🇳 · Tuna Demircik🇮🇱 · Michael Lublinsky🇮🇱
Aug 1, 20181807.11908↳ hep-thEPJC10 citations
Nonlinear chiral transport from holography
Yanyan Bu🇨🇳 · Tuna Demircik🇮🇱 · Michael Lublinsky🇮🇱
Jul 24, 20181807.08467↳ hep-thJHEP17 citations
Affiliations
own affiliationscollaboratorsvia INSPIRE
Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.