My expertise lies at the interface between particle physics, gravity and cosmology where I develop and test new models and paradigms.
Understanding Gravity at the Fundamental level:
Understanding gravity with an emphasize on theoretical consistency, quantum stability and relevance for cosmology.
Tests of Gravity: Using Gravitational Waves to probe gravity in conjunction with laboratory, Solar System, Astrophysical Cosmological tests and screening mechanisms.
Early Universe Cosmology: Probing signatures of the Early Universe be it for inflation or its alternatives.
Dark Energy: What is the source of the late–time acceleration of the Universe ?
Cosmological Constant Problem: Understanding the effect from vacuum energy of particle physics on cosmological scales.
UV Completeness: Understanding the low-energy restrictions to the existence of a standard high energy completion and consequences to Cosmology and Particle Physics.
See inSpires for a list of publications
Grants and Awards:
- 2018: Adams Prize co-recipient for contributions to Mathematics. Awarded by the University of Cambridge
- 2018: Blavatnik Finalist, in Physical Sciences and Engineering for the inaugural Blavatnik Awards in the UK
- 2017: EPFL Alumni Award
- 2017-2021: PI on Simons Foundation Award, ‘Origins of the Universe’ program
- 2017-2022: PI on ERC consolidator grant, for the project “Massive Gravity and Cosmology,"
- 2016–2021: Royal Society Wolfson Merit Award
- 2012–2013: PI on ACES Advance Opportunity Grant, for the project “Recent Developments in Massive Gravity"
- 2010–2014: PI on Swiss National Foundation Professorship Grant, for the project “Challenging the cosmological paradigm."
- Since 2013: Co-PI on various group grants
de Rham C, 2019, The gravitational rainbow beyond Einstein gravity, International Journal of Modern Physics D: Gravitation, Astrophysics and Cosmology, Vol:28, ISSN:0218-2718
et al., 2019, Positivity bounds for massive spin-1 and spin-2 fields, The Journal of High Energy Physics, Vol:2019, ISSN:1029-8479