Gain research experience, build friendships and engage with leaders in physics from around the world.
The group regularly supervises master and PhD theses in the area of Foundamental Interactions.

Thesis opportunities: contact the project managers or the group leader

Subset of the available topics:

Advanced techniques to search for long-transient gravitational wave signals
(contacts: P. Astone, S. D’Antonio, L. Pierini)

Bridging infinite-duration continuous and stochastic background gravitational-wave searches
(contacts: P. Leaci)

Cryogenic payloads: prototypes and final design (next generation detector)
(contacts: E. Majorana)

Cryogenic inertial sensor (next generation detector)
(contacts: L. Naticchioni)

Data-analysis techniques for continuous gravitational-wave searches from neutron stars in binary systems
(contacts: P. Leaci)

Deep learning–based strategies for the detection of previously unobserved gravitational wave signals
(contacts: C. Palomba, M. Serra)

Gravitational wave cosmology and population properties
(contacts: S. Mastrogiovanni)

Gravitational wave Detection from core-collapse supernovae via machine Learning
(contacts: I. De Palma, M. Drago)

Parametric instabilities mitigation
(contacts: P. Puppo)

Quantum noise reduction in gravitational waves detectors
(contacts: S. Di Pace)

Search and characterizazion of transient gravitational waves
(contacts: M. Drago)

Searches for continuous gravitational waves from rotating neutron stars
(contacts: C. Palomba, S. D’Antonio, P. Astone)

Searches for persistent gravitational radiation from dark matter candidates
(contacts: C. Palomba,S. D’Antonio, L. Pierini)

Tests of general relativity with compact binary coalescences
(contact: E. Maggio)

Uncovering and characterizing gravitational waves emitted by compact binaries.
(contacts: F. Pannarale)