For his blog “In the Pipeline”, Science writer Derek Lowe discusses the potentials of graphene as a superconductor, highlighting research led by associate Prof. Pablo Jarillo-Herrero. He goes on to mention the same technology as enabling MIT’s “tokamak-design fusion reactor that is far more compact than any previous attempts.”
MIT will partner with Commonwealth Fusion Systems in an effort to make fusion power a reality in 15 years. “MIT and CFS are hoping to facilitate a leap forward on several of these problems at once with a new superconducting material that will help make more efficient magnets to control the plasma,” Eric Limer writes for Popular Mechanics.
In this opinion piece published by The Boston Globe, Vice President for Research Maria T. Zuber writes that fusion energy is within reach: "The MIT design uses established science for the plasma confinement, and thus puts fusion power plants within reach on a faster time-scale than previously thought possible."
MIT research scientist John Wright speaks with Hannah Osborne of Newsweek about a new process developed to heat fusion plasma, raising ions to energy levels greater than previously achieved. Wright explains that, “this method may have applications to more efficient heating of the plasma to the temperatures needed to begin the fusion burn.”
Prof. Ernest Moniz, the former Secretary of Energy, appeared on Real Time with Bill Maher to discuss the Iran nuclear deal. Moniz explains that the deal helps to ensure nuclear security as it “puts in place verification measures that are completely unique and apply to this deal forever.”
Damian Carrington writes for The Guardian that MIT researchers set a new world record for the highest plasma pressure ever recorded using the Alcator C-Mod reactor. Carrington notes that the “MIT record shows that using very high magnetic fields to contain the plasma may be the most promising route to practical nuclear fusion reactors.”
MIT solar, wind, energy storage, and nuclear innovations are among the eight technology breakthroughs of 2015 recognized by National Geographic editor Wendy Koch. Discussing MIT’s approach to addressing climate change, MIT Energy Initiative Director Robert Armstrong says, “We’re problem solvers here, so there’s nothing like a great challenge.”
Los Angeles Times reporter Evan Halper speaks with MIT Corporation member and alumna Leslie Dewan, co-founder of Transatomic Power, about nuclear energy and climate change. “I became a nuclear engineer because I am an environmentalist,” said Dewan. “The world needs a cheap source of carbon-free power.”
Wired reporter Margaret Rhodes writes about Transatomic Power, an energy company founded by MIT alumnae Mark Massie and Leslie Dewan. Rhodes explains that, “The two MIT nuclear science graduates have sweeping ambitions—to bring back a nuclear reactor design first prototyped in the 1960s, and in doing so, change the landscape of clean energy in the 21st century.”
Prof. Emeritus Ernest Moniz, the U.S. Energy Secretary, speaks with Marco Werman of PRI about his work on the Iran nuclear deal. Moniz explains that he and his Iranian counterpart in negotiations, an MIT alumnus, applied “the MIT problem solving approach…to march through quite a few issues.”
In an article for Newsweek about nuclear energy, Josh Freed highlights Transatomic, a company founded by two MIT PhD candidates to commercialize their concept for a molten salt reactor that can safely burn nuclear waste.
The Economist reports on how MIT researchers have designed a new plan for floating nuclear reactors that would be moored offshore. Moving nuclear reactors offshore would have both economic and safety benefits, The Economist explains.
“The floating plant design is very much setup like an offshore oil rig in that it has sections going deep underwater,” writes Liat Clark of Wired on research by Professor Jacopo Buongiorno that suggests building offshore nuclear power plants.
Sean Buckley of Engadget reports on a new design concept proposed by Professor Jacopo Buongiorno that calls for the construction of floating nuclear power plants to be placed several miles off shore. These facilities, anchored in deep water, would be virtually immune to natural disasters such as tsunamis and earthquakes.