Large-scale structure
Galaxy clustering, redshift-space distortions, relativistic and wide-angle effects, and unequal-time correlations as probes of gravity and cosmology. Developing the new generation of accurate statistical modeling.
Academia
I study the large-scale structure of the Universe and use cosmological observations to test fundamental physics.
Academic research
My research connects theoretical predictions with galaxy surveys, gravitational waves and other cosmological observations.
Galaxy clustering, redshift-space distortions, relativistic and wide-angle effects, and unequal-time correlations as probes of gravity and cosmology. Developing the new generation of accurate statistical modeling.
Multi-messenger cosmology, the connection between gravitational waves and galaxy surveys, to study fundamental physics. Primordial black holes as a possible component of dark matter and probes of the early Universe
Planning, scientific strategy and analyses of galaxy surveys: from survey design and forecasting to measurements, data anlyses and their interpretation as tests of cosmology and fundamental physics.
Machine learning for cosmological inference, AI for science and new algorithms applied to cosmology.
Design of future experiments.
Research appointments
Associate Professor · 2023–present
Previously Assistant Professor · 2020–2023
Fellow · Theoretical Physics · 2018–2020
Cosmology, astroparticle physics and gravity
Marie Skłodowska-Curie Fellow · 2016–2018
Theoretical cosmology and large-scale structure
Mentor: Licia Verde
Postdoctoral Fellow · 2014–2016
Cosmology, primordial black holes and galaxy clustering
Mentors: Marc Kamionkowski, Joe Silk, Alex Szalay
Postdoctoral Scholar · 2011–2014
Large-scale structure and relativistic galaxy correlations
Mentor: Olivier Doré
PhD · Institute of Cosmology & Gravitation · 2008–2011
Cosmological structure growth and redshift-space distortions
Mentor: Will Percival
Papers
Bird, Cholis, Muñoz, Ali-Haïmoud, Kamionkowski, Kovetz, Raccanelli & Riess · Physical Review Letters 116, 201301 · 2016
Semenzato, Wandelt, Liguori & Raccanelli · arXiv:2606.11295 · 2026
Raccanelli & Vlah · arXiv:2305.16278 · 2023
Raccanelli et al. · Monthly Notices of the Royal Astronomical Society 436, 89 · 2013
Raccanelli, Samushia & Percival · Monthly Notices of the Royal Astronomical Society 409, 1525 · 2010
Raccanelli · Monthly Notices of the Royal Astronomical Society 469, 656 · 2017
Raccanelli, Montanari, Bertacca, Doré & Durrer · Journal of Cosmology and Astroparticle Physics 2016, 009 · 2016
Weltman et al. · Publications of the Astronomical Society of Australia 37, e002 · 2020
Raccanelli, Kovetz, Bird, Cholis & Muñoz · Physical Review D 94, 023516 · 2016
Raccanelli et al. · Monthly Notices of the Royal Astronomical Society 424, 801 · 2012
Raccanelli, Bertacca, Doré & Maartens · Journal of Cosmology and Astroparticle Physics 2014, 022 · 2014
Raccanelli & Vlah · Physical Review D 108, 043537 · 2023
Raccanelli, Bertacca, Jeong, Neyrinck & Szalay · Physics of the Dark Universe 19, 109 · 2018
Mentoring
Some of the doctoral students I have supervised or mentored.
Teaching
Teaching archive. For current course arrangements and materials, please contact me using your university email.
For information about the course, syllabus and teaching materials, contact me.
For information about the course, syllabus and teaching materials, contact me.
For information about the course and teaching materials, contact me.
For information about the course and teaching materials, contact me.
For information about the course and teaching materials, contact me.
For information about the course, contact me.
Academic contact
University of Padova · Department of Physics and Astronomy “Galileo Galilei”
alvise.raccanelli.1@unipd.it