LFTR Article in Business Insider

Over the last few months I’ve had several interviews with Dave Mosher, and he has produced an impressive piece of history and technological reviews about the LFTR that I think is well worth reading: Business Insider: A forgotten war technology could safely power Earth for millions of years. Here’s why we aren’t using it “The […]

Thorium Article in Machine Design

Several years ago I had the opportunity to write an article for Machine Design magazine. Last year I was contacted again and offered another opportunity to write an article for them. They had had success with a series where questions were often asked were answered by experts. The question that they had often been asked […]

EPRI Report on LFTR Published

For most of the past year, I have been working steadily on inputs to this report, now published by the Electric Power Research Institute. EPRI: Program on Technology Innovation: Technology Assessment of a Molten Salt Reactor Design — The Liquid Fluoride Thorium Reactor (LFTR) It contains the most comprehensive description of the liquid-fluoride thorium reactor […]

Medical Isotopes from the LFTR

Radiopharmaceuticals, also called medical isotopes, are specialized forms of medicine that help to diagnose and treat many challenging medical conditions including cancer. Their central advantage over other pharmaceuticals is that they emit radiation in the form of a photon of light that can be used to diagnose or identify specific conditions, or a charged particle […]

1965 MSRE editorial from Oak Ridge

Several days after the successful start of the Molten-Salt Reactor Experiment, the local paper, the “Oak Ridger”, published this editorial: THE OAK RIDGER FRIDAY, JUNE 4, 1965, page 4 Editorial: Significant Step To ‘Burning The Rocks’ Many important stews lead up to the “going critical” of a new reactor. For instance, in the case of […]

MSRE 50th anniversary

For many nuclear engineers, the moment a new reactor first achieves criticality is considered the “birth” of their creation, the moment it “comes alive”. Criticality is special, because it means that the reactor is generating new neutrons at precisely the rate at which they are consumed in fission. Unlike a rocket launch, or a ship […]