Alessandro Massarotti

Alessandro Massarotti is an Associate Professor of Physics and the Chair of the Physics & Astronomy Department at Stonehill College, where he also directs the Earth & Planetary Sciences Program. His research spans planetary science, astrophysics, and theoretical physics with significant computational modeling expertise.

His educational background includes:

• B.S. in Physics from the University of Rome 'La Sapienza'
• Ph.D. in Physics from the University of Chicago

Massarotti's primary research focuses on rocky planet evolution across solar system bodies and exoplanets, developing computational models to simulate planetary interiors under extreme conditions. He investigates Earth's continental crust formation, water cycling, and magnetic field generation, while comparing divergent evolutionary paths of Mars and Venus. His astrophysics work examines red giant stars, binary systems, and black holes, with notable findings on stellar rotation transfer during red giant phases and planetary ingestion phenomena. He also explores quantum gravity foundations, challenging point-particle models through spin-based space-time discretization theories.

His publication record (1989-2022) reveals consistent interdisciplinary work connecting planetary science, stellar astrophysics, and cosmology through computational modeling and observational data analysis, with recent emphasis on exoplanet characterization and high-energy astrophysical systems.

No scientific awards were documented in the source material.

Massarotti teaches core physics courses including Quantum Mechanics, Statistical Physics, and Semiconductor Materials, while mentoring students through research projects involving computational modeling of planetary systems and stellar phenomena. His departmental leadership shapes curriculum development in physics and planetary sciences.

He directs a computational research group developing state-of-the-art planetary evolution models, analyzing data from observatories like Hubble and Chandra, and investigating tidal interactions in binary star systems, with ongoing projects focused on exoplanet interior dynamics and stellar evolution mechanisms.