How can plasma physicists harness the power of quantum computers? Abhay K. Ram, a PSFC Principal Research Scientist, and his co-authors Efstratios Koukoutsis, Kyriakos Hizanidis, and George Vahala have an answer in their recently published paper called “Dyson maps and unitary evolution for Maxwell equations in tensor dielectric media”.
Rishabh Datta’s main focus is, “Can we create this high energy plasma that is moving supersonically in a laboratory, and can we study it? And can we learn things that are hard to diagnose in an astrophysical plasma?”
PSFC researchers and colleagues are using machine learning to track turbulent structures ("blobs") in fusion plasmas, which can affect the energy generated during fusion reactions.
AIP Publishing has selected MIT Professor Ian H. Hutchinson as the recipient of its 2022 Ronald C. Davidson Award for Plasma Physics for his paper, “Electron holes in phase space: What they are and why they matter.”
Noah Mandell, a postdoctoral fellow at the Plasma Science and Fusion Center (PSFC), is one of two recipients of a 2022 Frederick A. Howes Scholar in Computational Science award.
MIT research scientists Pablo Rodriguez-Fernandez and Nathan Howard predict the temperature and density profiles of a magnetically confined plasma via first-principles simulation of plasma turbulence.
In a pair of recent publications, Abhilash Mathews begins directly testing the accuracy of a reduced plasma turbulence model in a new way: he combines physics with machine learning.
Fusion has great potential as a carbon-free energy source but plasma turbulence presents a problem. Rachel Bielajew is taking on that challenge and helping make a better world—through science and community action.
Alessandro Marinoni has continued to examine an innovative plasma shape, dubbed “negative triangularity,” extending previous research to configurations more compatible with the plasma environment of a reactor.
By incorporating the scattering of radiofrequency waves into fusion simulations, MIT physicists improve heating and current drive predictions for fusion plasmas.
Amanda Hubbard, principal research scientist at MIT’s Plasma Science and Fusion Center (PSFC), has been awarded a 2020 Secretary of Energy’s Appreciation Award.
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.
“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.
Nathan Howard, research scientist at MIT’s Plasma Science and Fusion Center, has won the 2019 Nuclear Fusion Award for a paper that explains heat losses due to turbulence in the core of magnetically confined fusion plasmas.
As a graduate student Pablo Rodriguez-Fernandez (PhD’19) became intrigued by a fusion research mystery that had remained unsolved for 20 years. His novel observations and subsequent modeling helped provide the answer, earning him the 2019 Del Favero Thesis Prize.
Physics grad student Francesco Sciortino is exploring turbulence in fusion plasmas and is engaged in creating opportunities for colleagues, students, and the general public to learn about the benefits of fusion research to a world that will be demanding more and more sources of reliable energy.
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.
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.