Daniel E. M. Hoff
Research Scientist · Experimental Nuclear Physics · Lawrence Livermore National Laboratory
My research has ranged from symmetry-breaking phenomena in exotic nuclei to understanding the nuclear properties that shape astrophysical environments. I build detector systems, develop analysis tools, and lead experiments at accelerator facilities across the United States.
I remain fascinated by neutron stars, gravitational waves, and the deeply connected view of the universe ranging from the smallest particles to the cosmos.
I have been increasingly interested in developing and working with AI systems to explore how they can be applied to science. I believe we may be entering into a new era for scientific discovery.
Research at a glance
- Nuclear structure and reactions: precision spectroscopy, rare isotopes, and symmetry breaking.
- Radiation detection: novel neutron and γ-ray detector systems.
- Nuclear astrophysics: masses, decay properties, and reaction pathways in nucleosynthetic environments.
- Scientific computing: GEANT4 simulations, high-performance computing, and Bayesian analysis.
- AI agents for science: autonomous data analysis and simulation.