People
The faculty, research staff, and students of the Department of Nuclear Science and Engineering at MIT make up a closely collaborative community working at the leading edge of science and engineering. Our exceptionally strong interdisciplinary environment creates many opportunities for students to engage with a far-flung network of individuals and groups throughout MIT and beyond. Extending this network are our graduates, many of whom serve in leadership positions in nuclear energy and related fields around the world.
Faculty
Faculty Emeriti
Research Scientists & Affiliated Faculty
Research interests
- Advanced deterministic transport methods
- Advanced stochastic transport methods
- Algorithms for high performance computing
- Acceleration/multiscale methods
- Multi-physics methods
more about Benoit Forget
Research interests
- Corrosion & Environmental effects on materials behavior
- Electrochemistry
- Risk Informed Component Life Analysis
- Advanced materials for fusion systems
- Nuclear fuel performance analysis
more about Ronald G. Ballinger
Research interests
- Boiling heat transfer
- Micro- and Nano-technologies for nuclear reactors
- Advanced experimental diagnostics
- Nuclear safety
more about Matteo Bucci
Research interests
- Nuclear Batteries
- Reactor design and safety
- Boiling heat transfer
- Offshore floating nuclear power plant
- Nanofluids for nuclear applications
more about Jacopo Buongiorno
Research interests
- Nuclear security
- Nuclear detection and nuclear forensics
- Treaty verification
- Nonproliferation
more about Areg Danagoulian
Research interests
- Integrated bio-fabrication and tissue engineering
- Medical and health physics
- Environmental justice
more about Tolga Durak
Research interests
- Fluoride salt-cooled high temperature reactors (FHRs)
- Hybrid energy systems (Nuclear Renewable Systems)
- Nuclear fuel cycles
- High-temperature solar thermal power systems
more about Charles W. Forsberg
Research interests
- Risk analysis and optimization
- Software and human reliability
- Nuclear power technology strategy
more about Michael W. Golay
Research interests
- Clinical applications of novel X-ray imaging modalities
- Low-cost devices for imaging and image-guided interventions
- Traumatic brain injury (TBI)
more about Rajiv (Raj) Gupta
Research interests
- High Energy Density Laboratory Astrophysics
- Magnetic Reconnection
- Magnetohydrodynamic Turbulence
- Magnetized Heat Transport
more about Jack Hare
Research interests
- Accelerator-based nuclear science and fusion diagnostics
- Monte Carlo particle transport and fusion neutronics
- Magnetic fusion energy reactor design
- Digital pulse processing and data acquisition systems for radiation detectors
more about Zachary Hartwig
Research interests
- Radiation sources, detection, and control
- Materials in extreme environments
- Nuclear fuel cycle and waste management
more about Linn W. Hobbs
Research interests
- Controlled fusion and plasma physics
- Plasma momentum transport and boundary phenomena
- Interactions of flowing plasmas with solid objects
- Computational plasma physics
more about Ian H. Hutchinson
Research interests
- Radiation damage
- 3D/4D defects imaging
- High throughput nuclear fuel and alloy design
- Materials informatics and atomic scale simulations
more about Ericmoore Jossou
Research interests
- Nuclear security
- Nuclear proliferation
- Arms control and verification
- Nuclear energy policy
more about R. Scott Kemp
Research interests
- Non-proliferation and safeguards
- Compact superconducting accelerators for medicine and security
- Accelerator based inspection systems
- Phase contrast x-ray imaging
- Radiation detectors
more about Richard C. Lanza
Research interests
- Innovation, productivity, and competitiveness
- Nuclear technology management, control, and innovation
- Science, technology, and economic policy
- Energy innovation
more about Richard K. Lester
Research interests
- Nanomaterials for energy
- In situ electron microscopy
- Physical metallurgy and mechanics
- Computational materials science
more about Ju Li
Research interests
- Quantum materials for energy
- Neutron and x-ray scattering
- New characterization techniques design
more about Mingda Li
Research interests
- Magnetic Reconnection
- Confinement and Transport in Fusion Plasmas
- Magnetized plasma dynamics
- Plasma turbulence
more about Nuno F. G. Loureiro
Research interests
- Fusion reactor design and analysis
- Radiation transport methods
- Fusion neutronics validation
- Uncertainty quantification
more about Ethan Peterson
Research interests
- Fission energy
- Nuclear fuel cycle and waste management
- Advanced reactor design and innovation
- Nuclear safety
more about Koroush Shirvan
Research interests
- Mesoscale nuclear materials science
- Nuclear alloy development
- Non-contact radiation damage quantification
- CRUD/fouling deposition and prevention
more about Michael Short
Research interests
- Applied engineering applications within the nuclear & aerospace industries
- Risk-informed decision making
- Nuclear systems analysis
- Aerospace risk analysis
more about Curtis Smith
Research interests
- Innovative design of reactor concepts
- Combined mega-power uprate and extended operating lifetime
- Thermal hydraulic design and safety analysis
more about Neil E. Todreas
Research interests
- Plasma diagnostics
- Turbulent transport in plasmas
- Experimental plasma physics
- Transport model validation
more about Anne White
Research interests
- Magnetic fusion energy
- Plasma-surface interactions
- Accelerators and surface analysis
more about Dennis G. Whyte
Research interests
- Surface science on ionic-electronic solids
- Advanced materials for solid oxide fuel cells, electrolyzers, corrosion and computing
- Materials behavior in harsh conditions
more about Bilge Yildiz
Research interests
- Mesoscale materials modeling and simulation
- Understanding materials aging and degradation phenomena
- Creep, corrosion, and cracking
- Molecular model of cement
more about Sidney Yip