Applause is due the company "Helion" who recently announced plans to build the first commercial fusion reactor in the state of Washington.   

Helion's reactor design is notable for two general features: 1) The fusion reaction fuel, consisting of deuterium and helium3, is accelerated from opposing directions to intersect in a  high energy collision, and 2)  The energy liberated in the resulting fusion reaction is recovered as a current.    Readers here are already familiar with unrelated variants of those operational concepts,  and some had expressed concerns about the author's above reactor design potentially liberating a neutron and helium3 during its operation. While the author reserves judgement about that outcome, that theoretical possibility may be of future interest to Helion to provide a potential source of helium3 fuel.​