About Event Horizon Review
Bridging theoretical physics and observational astrophysics
Bridging theoretical physics and observational astrophysics
Event Horizon Review is a professional online journal dedicated to the analytical and theoretical study of black holes — their origin, structure, and role in modern astrophysics. Founded with the vision of creating a centralized platform for rigorous scientific discourse, we unite knowledge from multiple disciplines including general relativity, quantum mechanics, observational astronomy, and computational physics.
Our publication serves as a bridge between cutting-edge research and the broader scientific community. We focus on translating complex theoretical developments and observational findings into accessible yet technically accurate analyses. Our target audience includes researchers, physicists, academics, science journalists, graduate students, and enthusiasts of theoretical and observational astrophysics.
Located in Geneva, Switzerland — a global hub for fundamental physics research — we maintain close connections with leading research institutions and observatories worldwide. This strategic positioning allows us to remain at the forefront of developments in black hole physics, from gravitational wave detection to quantum information theory.
We are committed to maintaining the highest standards of scientific accuracy, editorial independence, and analytical depth. Every article undergoes rigorous fact-checking and peer review to ensure that our content meets the expectations of professional physicists while remaining accessible to informed readers outside specialized subfields.
Leading experts in astrophysics and theoretical physics
Editor-in-Chief
Theoretical physicist specializing in black hole thermodynamics and quantum gravity. Previously affiliated with CERN and the Max Planck Institute.
Senior Editor, Observational Astrophysics
Observational astronomer with expertise in X-ray binary systems and accretion disk physics. Contributor to multiple space telescope missions.
Editor, Gravitational Wave Research
Gravitational physicist involved in LIGO data analysis. Focuses on black hole mergers and tests of general relativity in strong-field regimes.
Editor, Theoretical Cosmology
Cosmologist researching primordial black holes and their implications for dark matter. Expert in early universe physics and inflation theory.
Key milestones in our publication's development
Event Horizon Review was established in Geneva with the goal of creating a dedicated platform for black hole physics analysis. Initial focus on theoretical developments in Hawking radiation and information paradox research.
Comprehensive analysis of the Event Horizon Telescope's first direct image of a black hole's event horizon in M87. Our detailed technical breakdown became widely referenced in the physics community.
Expanded editorial team to include specialists in gravitational wave astronomy, quantum information theory, and computational astrophysics. Launched interview series with leading researchers.
Initiated partnerships with major observatories and research institutions. Established framework for rapid response coverage of significant observational discoveries.
Launched specialized coverage of developments at the intersection of black hole physics and quantum gravity theories, including holographic principles and AdS/CFT correspondence.
Reached readership across five continents. Published 50+ in-depth analyses and 30+ expert interviews. Became cited reference in graduate-level astrophysics courses.
Integrated data visualization tools and interactive simulations to complement written analyses. Enhanced coverage of computational black hole physics and numerical relativity.
Continuing to expand coverage of emerging topics including primordial black holes, extremal black holes in string theory, and novel observational techniques. Planning collaborative projects with leading research groups.