A professional online journal dedicated to the analytical and theoretical study of black holes — their origin, structure, and role in modern astrophysics.
Event Horizon Review unites scientific knowledge from astrophysics, relativity, and quantum mechanics to investigate one of the most mysterious cosmic phenomena known to science. Our publication serves as a bridge between cutting-edge research and informed public discourse.
We are committed to maintaining the highest standards of scientific accuracy while making complex theoretical concepts accessible to researchers, physicists, academics, science journalists, graduate students, and enthusiasts of theoretical and observational astrophysics.
Through rigorous analysis, expert commentary, and interdisciplinary exploration, we examine the fundamental questions surrounding black holes: their formation mechanisms, thermodynamic properties, information paradoxes, and observational signatures.
Our editorial team comprises leading experts in theoretical astrophysics, general relativity, and observational cosmology.
Editor-in-Chief
Theoretical physicist specializing in black hole thermodynamics and quantum gravity. Ph.D. from Cambridge University.
Senior Editor
Professor of Astrophysics with expertise in gravitational wave detection and numerical relativity. ETH Zürich.
Contributing Editor
Observational astronomer focused on active galactic nuclei and supermassive black holes. CERN researcher.
Science Editor
Mathematical physicist specializing in singularity theorems and causal structure of spacetime. University of Geneva.
Milestones in our publication's history and evolution.
Event Horizon Review was established in Geneva, Switzerland, with a mission to provide analytical coverage of black hole physics research.
Published comprehensive analysis of the first black hole image captured by the Event Horizon Telescope, reaching global scientific community.
Launched our signature interview series featuring conversations with Nobel laureates and leading astrophysicists.
Extended our analytical focus to include gravitational wave astronomy and multi-messenger astrophysics.
Reached readership across five continents with over 120 peer-reviewed publications and collaborative research summaries.
Launched new interactive platform featuring enhanced multimedia content and real-time updates on black hole research developments.
Every article undergoes thorough peer review and fact-checking to ensure accuracy and scientific validity.
Complex concepts are explained clearly without sacrificing depth or technical precision.
We integrate perspectives from general relativity, quantum mechanics, and observational astronomy.
Working with research institutions and observatories worldwide to cover the latest developments.