XXXIX cycle
- Samuele Ferri (Three-dimensional sulfation models)
- Valerio Loi (Numerical analysis, approximation theory)
- Sarah Nastasi (Logic, abstract algebra, automata)
- Giorgia Petracci (Hyperbolic geometry, symplectic manifolds)
- Marco Ratto (Inverse problems, image deblurring)
- Davide Resta (Machine learning, computer vision)
- Gabriele Rotoloni (Software quality models, model evaluation, software code understandability)
- Alessandra Zappa (Hyperbolic PDEs, entropy production)
XXXVIII cycle
- Ilyas Asim (Numerical analysis)
- Cesare Caratozzolo
- Muhammad Faisal Khan (Fast iterative methods for linear system, Numerical Analysis, GLT theory)
- Davide Furchì (Linear algebra, algebraic geometry, geometry)
- Mirco Gallazzi (Deep learning in motor imagery, machine learning in skin desease)
- Hidawi Khaoula (Unmanned aerial vehicles (UAV) security, privacy and safety, drone cybersecurity, 5G communication, trust modeling, steganography)
- Tran Thanh Lam Nguyen (Cybersecurity, privacy, GDCR, blockchain, IoT, android)
- Marco Panzeri (Topos theory, exponentiable toposes, Tannakian formalism)
XXXVII cycle
- Stefano Aleotti (Image reconstruction, optimization, machine learning)
- Muhammad Hammad Malik (signal processing, image processing, machine learning)
- Silvia Preda (Hyperbolic PDEs, surface modeling)
- Anwar Ur Rehman (Computer vision, zero shot detection, segmentation, tracking)
- Andrea Scaudo (E2E simulation, parallel computing, machine learning in astronomy)
- Giorgia Sirigu (Cybersecurity, privacy, human digital twins, digital twins)
- Rosita Luisa Sormani (Matrix sequences, theory of GLT sequences and applications to PDEs)
- Laila Tul Badar (Cybersecurity, privacy, steganography, covert channels)
XXXVII cycle
- Danyal Ahmad (Numerical analysis, preconditioning, multigrid methods)
- Simone Bottoni (Distributed systems, cryptography, privacy, federated learning)
- Desirée Manicardi (Categories, probability, timing formalisms, formalisms for biological systems)
- Giuseppe Romanazzi (Elliptic curves, modular forms, BSD Conjecture, Heegner points, p-adic L-functions)
- Joshua Liam Wrigley (Topos theory, categorical logic)