Max Riegler Email & Phone Number

Vienna, Austria

Vienna, Austria

I was working as a postdoctoral researcher at the Institute for Theoretical Physics, where I was part of Professor Daniel Grumiller's group. My research revolved around exploring the intricate world of quantum gravity in flat space.

Vienna, Austria

I was part of the Mathematical Physics group and researched quantum gravity in asymptotically flat spacetimes. In particular, I worked on a systematic classification of quantum field theories that are relevant for quantum gravity in flat space.

Cambridge, Massachusetts, United States

I researched quantum gravity in asymptotically flat spacetimes at the Center for the Fundamental Laws of Nature in the group of Andy Strominger. During my assignment, I worked on the following projects:-) Developed an explicit holographic toy model for quantum gravity in three spacetime dimensions.-) Described a novel algebraic object that allows coupling of a scalar field to a gravity theory in flat space with additional higher-spin fields.-) Provided the first example of chaotic behavior in non-relativistic quantum field theories using the holographic principle-

Brussels Area, Belgium

I was part of the research group of Geoffrey Compère and worked on various research projects such as:-) Advancing the development of the holographic principle for asymptotically flat spacetimes in three spacetime dimensions.-) Developing a novel description of warped black holes in terms of a theory of lower-spin gravity.-) Proved that both Unruh radiation and Hawking radiation of black holes is not modified by supertranslation hair which is related to a better understanding of the black hole information loss paradox.-) Participated in the Modave summer school on theoretical physics as a lecturer.

Vienna, Austria

Co-Founder of the strategic consulting company Singer&Partner (Now: Cantor Consulting). Together with my co-founders, I developed and applied a comprehensive organizational resilience evaluation.

Kyoto, Japan

Research visit of Tadashi Takayanagi's group at the Yukawa Institute for Theoretical Physics. I Successfully developed a holographic description of entanglement entropy for BMS-invariant quantum field theories and showed how to employ a limit of vanishing cosmological constant to count the microstates of cosmological solutions in flat space.

Gwanak-Gu, Seoul, Korea

Research visit of Soo-Jong Rey's group at Seoul National University. Research on unitarity in higher-spin theories of gravity in asymptotically flat spacetimes.

Doctor Of Philosophy - Phd, Theoretical And Mathematical Physics, Graduation Sub Auspiciis Praesidentis

Master Of Science - Ms, Theoretical And Mathematical Physics, Graduation With Distinction

Erasmus Student Exchange, Theoretical And Mathematical Physics

Bachelor Of Science - Bs, Physics, Graduation With Distinction