This series of papers provides a high level of confidence in the plasma physics and the performance predictions for SPARC. No unexpected impediments or surprises have shown up, and the remaining challenges appear to be manageable. This sets a solid basis for the device’s operation once constructed, according to Martin Greenwald, Deputy Director of MIT PSFC.
PSFC principal research scientist John Wright will lead an exploration of how machine learning can accelerate radio frequency modeling for current drive prediction in tokamaks.
From their home offices, four undergraduates this summer made significant contributions to research into high-energy-density physics projects at the PSFC.
“Tiny magnetic fields, through interaction with plasmas, can potentially increase their coherence length by many orders of magnitude to become the enormous astronomical-scale magnetic fields observed in the universe,” says graduate student Muni Zhou.
Research engineer Willy Burke had never heard of a “fusor.” Now he has guided the successful creation of 14 fusors, in the process inaugurating a new maker space sponsored by the Department of Nuclear Science and Engineering, the PSFC, and MIT’s office of Environmental Health and Safety.
October provided the PSFC with consecutive opportunities to educate students and the general public about the science and technology that support plasma fusion research: MIT Energy Night at the MIT Museum, and the American Physical Society Division of Plasma Physics (APS-DPP) Plasma Science Expo in Fort Lauderdale, Florida.
MIT PSFC hosted its first Computational Physics School for Fusion Research which focused on teaching computational tools that could help young scientists speed their research, much of which rely increasingly on computers when problems cannot be solved analytically, or too much data for one person to process.
Research scientist Maria Gatu Johnson, part of the PSFC’s High-Energy-Density Physics Division, will receive the American Physical Society’s Katherine E. Weimer Award, which recognizes outstanding plasma science research by a woman physicist in the early stages of her career.
Picard's study of the microwaves that speed from the megawatt gyrotron at MIT’s PSFC could lead the way to smaller and more powerful particle accelerators, the kind of finished product Picard finds rewarding.
On April 4 the Plasma Science and Fusion Center (PSFC) joined Commonwealth Fusion Systems (CFS) at the MIT Energy Conference Tech Showcase, to demonstrate the magnetic and plasma properties that underlie fusion technologies.
PSFC's Nuno Loureiro is one five receiving the prestigious award. The supported innovative projects challenge established norms and have the potential to be world-changing.
Officially entitled the Center for Advanced Nuclear Diagnostics and Platforms for Inertial ICF and HEDP at Omega, NIF and Z, the new Center will focus on the properties of plasma under extreme conditions of temperature, density and pressure.
Difficult problems with big payoffs are the life blood of MIT, so it’s appropriate that plasma turbulence has been an important focus for theoretical physicist Nuno Loureiro.
Along with traditional outreach activities the PSFC introduced SPARC for the first time at a scientific conference during technical sessions devoted to MIT’s high-field approach to fusion.
As a boy in Portugal, Nuno Loureiro wanted to be a scientist, even when “everyone else wanted to be a policeman or a fireman.” He’s now focused on the physics of plasma, with applications in both astrophysics and clean energy.
NSE graduate student Alex Creely has received the Kyushu University Itoh Project Prize for his poster “Cross-Machine Validation of TGLF and GENE on Alcator C-Mod and ASDEX Upgrade.” The prize recognizes excellence in doctoral student plasma physics research.
In Washington DC scientific curiosity was at its peak, along with the cherry blossoms, during the fifth biennial USA Science and Engineering Festival. Thousands of the approximately 370,000 attendees stopped by the MIT Plasma Science and Fusion Center (PSFC) booth from April 6 – 8 to learn about plasmas and magnets, which are key to the Center’s pursuit of fusion energy.
MIT and CFS will collaborate to carry out rapid, staged research leading to a new generation of fusion experiments and power plants based on advances in high-temperature superconductors.
Today, MIT announced plans to work with a newly formed company, Commonwealth Fusion Systems (CFS), to realize the promise of fusion as a source of unlimited, safe, carbon-free energy.
A team led by MIT professor Anne White, and NSE graduate student Pablo Rodriguez Fernandez, has conducted studies that offer a new take on the complex physics of plasma heat transport, and point toward more robust models of fusion plasma behavior.
In his third year at MIT, Nuclear Science and Engineering (NSE) graduate student Alex Creely has figured out enough about the hot, turbulent plasmas necessary for creating fusion energy that his research has been honored with an Innovations in Fuel Cycle Research Award, offered by the Office of Nuclear Energy, Nuclear Technology R&D of the U.S. Department of Energy (DOE).
When she was 16, Monica Pham mapped out her future. “My chemistry teacher was talking about how atoms could generate unlimited power,” recalls Pham. “I asked her what kind of person worked in this field, and when she said a nuclear engineer, I decided that’s what I wanted to be.”