Professional experience

 
 
 
 
 

Emmy Noether Research Group Leader

ITP, Hannover

Feb 2023 – Jan 2029 Germany
Responsibilities include:

  • Member of the Einstein Telescope Observational Science Board, Fundamental Physics Division
  • Topic editor of Universe
  • Topic editor of Galaxies
 
 
 
 
 

Marie-Curie Fellini Fellow

INFN, Padova

Oct 2020 – Jan 2023 Italy
Responsibilities include:

  • Member of LISA, Padova working group
  • Member of the Einstein Telescope Observational Science Board, Fundamental Physics Division
  • Topic editor of Universe
  • Expert evaluator for the Paris Region Fellowship Programme
 
 
 
 
 

Research associate

ITP Heidelberg

Oct 2017 – Sep 2020 Germany
Responsibilities include:

  • Cosmology seminar organiser
  • Tutor for Advanced Quantum Field Theory (w/ C. Wetterich), Summer semester 2019
  • Co-coordinated Master course: General Relavity (w/ L. Amendola), Winter semester 2018
  • Co-coordinated Master course: Cosmology (w/ L. Amendola), Summer semester 2018
  • Tutor for Theoretical Statistical physics (w/ U. Schwarz), Winter semester 2017
  • Supervision of Master student (w/ J. Rubio): Julius Wons

Research Projects

*

Euclidean gravity

How can bubbles pop out of vacuum? What are the implications for black holes?

Exploring theories of gravity

Is general relativity the theory of gravity?

Gravitational wave cosmology

What can gravitational waves tell us about cosmology?

Magneto-genesis

Intergalactic magnetic fields generated in the early universe?

New physics in the CMB

What can we learn from the cosmic microwave background?

Outreach activities

Outreach talk for the European Researcher’s Night 2021, venetonight at Padova.

Recent Posts

Illustration of the early universe in the context of the primordial black hole scenario and induced gravitational waves. Figure made by …

Recent Publications

In view of the growing tension between the dipole anisotropy of number counts of cosmologically distant sources and of the cosmic …

The primordial spectrum of fluctuations may present a large peak as a result of enhancing features during inflation. This may include, …

The primordial fluctuations on large scales are adiabatic, but on smaller scales this need not be the case. Here we derive the general …