Multi-messenger and multi-band signal from first-order phase transitions in proto-neutron stars
Christian Ecker🇩🇪 · Mauro Giliberti🇩🇪 · Luciano Rezzolla🇩🇪
Sep 25, 20262609.29761↳ gr-qc2 citations
Author
Ecker, Christian
Affiliationsfrom papers in this corpus
Collaboratorsmost frequent first
General gravitational properties of neutron stars: curvature invariants, binding energy, and trace anomaly
Iván Garibay🇩🇪 · Christian Ecker🇩🇪 · Luciano Rezzolla🇩🇪
Jan 14, 20262601.07931↳ gr-qcPRD4 citations
Strong model-agnostic constraints for twin-star solutions
Sofia Blomqvist🇫🇮 · Christian Ecker🇩🇪 · Tyler Gorda🇺🇸 · Aleksi Vuorinen🇫🇮
Dec 23, 20252512.19477↳ astro-ph.HEPRD10 citations
On the maximum compactness of neutron stars
Luciano Rezzolla🇩🇪 · Christian Ecker🇩🇪
Oct 16, 20252510.12870↳ gr-qcSciPost Phys.12 citations
Listening to the long ringdown: A novel way to pinpoint the EOS in neutron-star cores
Christian Ecker🇩🇪 · Tyler Gorda🇺🇸 · Aleksi Kurkela🇳🇴 · Luciano Rezzolla🇩🇪
Sep 24, 20252509.18665↳ astro-ph.HEEPJ Web Conf.0 citations
Softening holographic nuclear matter
Christian Ecker🇩🇪 · Nicolas Kovensky🇦🇷 · Orestis Papadopoulos🇬🇧 · Andreas Schmitt🇬🇧
Sep 3, 20252509.02216↳ hep-phJHEP3 citations
Locating the QCD critical point with neutron-star observations
Christian Ecker🇩🇪 · Niko Jokela🇫🇮 · Matti Järvinen🇰🇷
Jun 13, 20252506.10065↳ astro-ph.HEPRD26 citations
Physics-Informed Priors Improve Gravitational-Wave Constraints on Neutron-Star Matter
Spencer J. Magnall🇦🇺 · Christian Ecker🇩🇪 · Luciano Rezzolla🇩🇪 · Paul D. Lasky🇦🇺 · Simon R. Goode🇦🇺
May 1, 20252504.21526↳ astro-ph.HEApJL9 citations
Constraining the equation of state in neutron-star cores via the long-ringdown signal
Christian Ecker🇩🇪 · Tyler Gorda🇩🇪 · Aleksi Kurkela🇳🇴 · Luciano Rezzolla🇩🇪
Mar 7, 20242403.03246↳ astro-ph.HENature Commun.34 citations
Prompt Black Hole Formation in Binary Neutron Star Mergers
Christian Ecker🇩🇪 · Konrad Topolski🇩🇪 · Matti Järvinen🇰🇷 · Alina Stehr🇩🇪
Feb 20, 20242402.11013↳ astro-ph.HEPRD23 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
Bayesian analysis of neutron-star properties with parameterized equations of state: the role of the likelihood functions
Jin-Liang Jiang🇨🇳 · Christian Ecker🇩🇪 · Luciano Rezzolla🇩🇪
Nov 2, 20222211.00018↳ gr-qcApJ76 citations
A general, scale-independent description of the sound speed in neutron stars
Christian Ecker🇩🇪 · Luciano Rezzolla🇩🇪
Jul 12, 20222207.04417↳ gr-qcApJL85 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
On the Sound Speed in Neutron Stars
Sinan Altiparmak🇩🇪 · Christian Ecker🇩🇪 · Luciano Rezzolla🇩🇪
Mar 30, 20222203.14974↳ astro-ph.HEApJL271 citations
Dense and Hot QCD at Strong Coupling
Tuna Demircik🇰🇷 · Christian Ecker🇩🇪 · Matti Järvinen🇰🇷
Dec 24, 20212112.12157↳ hep-phPRX67 citations
Rapidly Spinning Compact Stars with Deconfinement Phase Transition
Tuna Demircik🇰🇷 · Christian Ecker🇩🇪 · Matti Järvinen🇰🇷
Sep 24, 20202009.10731↳ astro-ph.HEApJL55 citations
Gravitational Waves from Holographic Neutron Star Mergers
Christian Ecker🇳🇱 · Matti Järvinen🇳🇱 · Govert Nijs🇳🇱 · Wilke van der Schee🇳🇱
Aug 12, 20191908.03213↳ astro-ph.HEPRD82 citations
Holographic compact stars meet gravitational wave constraints
Eemeli Annala🇫🇮 · Christian Ecker🇦🇹 · Carlos Hoyos🇪🇸 · Niko Jokela🇫🇮 · David Rodríguez Fernández🇪🇸 · Aleksi Vuorinen🇫🇮
Nov 17, 20171711.06244↳ astro-ph.HEJHEP75 citations
Stiff phases in strongly coupled gauge theories with holographic duals
Christian Ecker🇦🇹 · Carlos Hoyos🇪🇸 · Niko Jokela🇫🇮 · David Rodríguez Fernández🇪🇸 · Aleksi Vuorinen🇫🇮
Jul 4, 20171707.00521↳ hep-thJHEP62 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.