Daniel Robertson

Daniel Robertson is an Associate Research Professor in the Department of Physics & Astronomy at the University of Notre Dame. His research focuses on recreating stellar element-producing reactions in laboratory settings and developing advanced accelerator technologies for underground astrophysics experiments. He holds an MPhys from the University of Surrey and MS/PhD degrees from Notre Dame.

• MPhys, Nuclear Astrophysics, University of Surrey (2003)
• M.S., Nuclear Physics, University of Notre Dame (2005)
• Ph.D., Nuclear Physics, University of Notre Dame (2010)

His work bridges experimental nuclear physics and astrophysical observations, emphasizing underground facilities like CASPAR to study low-energy reactions critical to stellar nucleosynthesis. Recent studies include neutron capture processes, resonance measurements, and innovations in detector systems. He leads efforts to improve accelerator technology for studying elusive reactions in environments mimicking stellar interiors.

Key contributions include advancements in neutron moderation techniques (NTD project) and multi-isotope analyses using accelerator mass spectrometry. His research addresses gaps in understanding element production mechanisms across the periodic table, particularly in γ-process and CNO cycle contexts.

Dr. Robertson collaborates on developing deep underground laboratories to minimize cosmic-ray interference, enhancing precision in low-background nuclear astrophysics measurements. His experimental tools and methodologies are foundational for modeling stellar explosions and the cosmic creation of heavy elements.