Cross your fingers. IMO, its either this or Thorium Floride. IEC is better, but Thorium could work for us for hundreds of years.
Why do you insist on throwing your weight behind outlandish and unproven technologies? Through every step of development nuclear has been touted as the free energy source of the future. IEC have not been built to scale and there certainly are critics of it. I won't say it won't work because it hasn't been tired. But I will say it's extremely naive to start considering options based on this scenarios at this time. Nothing scales perfectly. Especially when you are dealing with particle interactions. The higher the particle energy the higher the likelihood of dissipative collision events. This is a field with a very large number of unknowns and as the quote said before, even if we don't know anything that will prevent it from working, that isn't the same as meaning it will work.
Its naive to think tokamak fusion will ever be economical, even if it can provide net energy. Its also dumb to discount a different solution that solves or avoids many of the problems of tokamaks, especially when that solution was created by one of fusion's leading pioneers and it cost & complexity is a small fraction of ITER's. Better to use the money on a workable solution than to blow it on a white elephant.
http://www.physicsessays.com/doc/s2005/page_fusion051.pdf
How long until we can see some results?
Sick of this "Oh, we're just doing a feasibility study," and you never hear anything. For 50 years.
Somebody man up and build the fucking reactor so we can move on.
No shit. The Feds are throwing billions at all sorts of random shit right now, and talking ceaselessly about creating jobs. Getting away from foreign oil is another hot topic. You'd think they'd come around to funding this project.
Why do you insist on throwing your weight behind outlandish and unproven technologies? Through every step of development nuclear has been touted as the free energy source of the future. IEC have not been built to scale and there certainly are critics of it. I won't say it won't work because it hasn't been tired. But I will say it's extremely naive to start considering options based on this scenarios at this time. Nothing scales perfectly. Especially when you are dealing with particle interactions. The higher the particle energy the higher the likelihood of dissipative collision events. This is a field with a very large number of unknowns and as the quote said before, even if we don't know anything that will prevent it from working, that isn't the same as meaning it will work.
so i may be discounting dr brussard's work, and i clearly know nothing about him, but my skepticism remains for the same reasons as i stated earlier. If his theories hold out to the scrutiny of the scientific community then that would be absolutely fantastic. world altering, assuming the fusion reactors would be scalable. but until that day, ill keep my skepticism.
i will have to read up on his design though as I am now curious
how can you scrutinize something you admittedly know nothing about?