Two more months on the contract
Two more months on the contract
I wonder what will happen then.
Roger Fox, for one, is convinced that EMC2 has fusion results already.
I'm not so sure. But assuming the results are good -- the "nuanced" data clearly showing fusion rates and neutron counts consistent with theory -- there are plenty of well-funded people willing to invest in the next step, a 100 MW BFR plant.
One thing to note: 100 MW seems very close to the peak output that a 1st-gen BFR can do. The R^3*B^4 scaling hits engineering limits of cooling and magnetic field strength. MSimon has posted the detailed analysis of that but I can't find it right off the bat.
I'm not so sure. But assuming the results are good -- the "nuanced" data clearly showing fusion rates and neutron counts consistent with theory -- there are plenty of well-funded people willing to invest in the next step, a 100 MW BFR plant.
One thing to note: 100 MW seems very close to the peak output that a 1st-gen BFR can do. The R^3*B^4 scaling hits engineering limits of cooling and magnetic field strength. MSimon has posted the detailed analysis of that but I can't find it right off the bat.
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I think they'll need more than a half-dozen neutrons to get the Navy to pony up some more cash. In the ideal case, they'll provide enough empirical data to tell the critics that they're right or they're wrong. However, i fear we'll see results that are "nuanced" enough to perpetuate the argument.rj40 wrote:Yes, me too. What results would it take to have the Navy cough-up $250 million at the end of this August or September? And, is WB-7 capable of producing such money producing results?
peer review
My understanding is that the experiments will be complete in another two months and another month or two will be necessary for the peer review process. Is this correct?
I think that the group is prudent not to release any details until after the review process is complete, in order to avoid a "cold fusion" fiasco. I think their idea to sell experimental kits (WB7 or WB8) in various configurations for $1 million or so is a very good idea. This is the standard price for an instrumented vacuum system and would be affordable by many private and government R&D organizations. If the current WB7 work is successful, I expect significant interest in such experimental kits.
I think that the group is prudent not to release any details until after the review process is complete, in order to avoid a "cold fusion" fiasco. I think their idea to sell experimental kits (WB7 or WB8) in various configurations for $1 million or so is a very good idea. This is the standard price for an instrumented vacuum system and would be affordable by many private and government R&D organizations. If the current WB7 work is successful, I expect significant interest in such experimental kits.
Accounting for time to organize and bring in reviewers of their findings, I certainly hope they have results already. Otherwise, two months isn't enough time. They basically have to be getting people lined up with definite dates RIGHT NOW.dch24 wrote:Roger Fox, for one, is convinced that EMC2 has fusion results already.
It is already summer. This is going to get interesting.
Even with great results, the next contract will probably be an extention at similar funding levels designed to keep the project afloat while the really important funding decisions are being proposed and reviewed.
I think I read one blog that said a breakeven reactor could be built for $10 Million. Depending on what 'nuanced' means maybe they get enough to try for a mimimum sized breakeven machine. With the minimalistic budget and time frame they've been forced to work with some results could be inconclusive at this scale. The review panel may try for a intermediate compromise and a second review in another 2 years before they commit themselves to saying 'lets spend $200 million.'
CHoff
My guess on "nuanced" is there are results which include neutron output, but not consistent with expected theory.
So a small step, but at least a step, which I imagine might get others to research and experiment in the field in the coming years, rather than a, we can make a working electric producing system for you next year solution.
So a small step, but at least a step, which I imagine might get others to research and experiment in the field in the coming years, rather than a, we can make a working electric producing system for you next year solution.
If funding for a larger actively-cooled version doesn't materialize, I think it's a great stopgap to keep this idea alive. As Art Carlson has demonstrated, there is a lot of skepticism about things as basic as WB confinement. Having WB-7s at dozens of universities would pretty well end that.I think their idea to sell experimental kits (WB7 or WB8) in various configurations for $1 million or so is a very good idea.
And who knows what improvements they might come up with.
I think people are reading too much into the "nuanced" comment. In context, it sounds like he just meant the results are complicated. Remember, we're talking about neutron counts over a quarter-millisecond, extrapolated into 100MW by r^7 scaling.My guess on "nuanced" is there are results which include neutron output, but not consistent with expected theory.
I don't see how. I think the BOE calcs M Simon did found the minimum for a cooled continous-running reactor is around $50M.I think I read one blog that said a breakeven reactor could be built for $10 Million.
I think that Nebel thinks they should build a 1.6 meter 100MW net power Polywell next.dch24 wrote:Roger Fox, for one, is convinced that EMC2 has fusion results already.
No offense to you dch24, but do you think Nebel would want to build a 1.6 meter Polywell if WB-7 was sucking balls.
He said he had data, then he said he wants to build the 1.6 meter Polywell.
I think those 2 things are connected, no ?
I like the p-B11 resonance peak at 50 KV acceleration. In2 years we'll know.
Well, I'm pretty confident in saying regardless of the results from Dr. Nebel's experiments the Navy isn't going to drop $200M on a contract to continue the research this fall.
FY08 budget is spent.
FY09 (starting in Oct) is allocated.
You can squeeze $1.8M out of the noise in the R&D budget, maybe even $5M. $200M is another matter though.
FY08 budget is spent.
FY09 (starting in Oct) is allocated.
You can squeeze $1.8M out of the noise in the R&D budget, maybe even $5M. $200M is another matter though.
No way can we infer Dr. Nebel would build a 1.6 Meter WB-8 from anything said on Alan Boyle's interview, even if Gubbermint, shoveled him a big enough pile of money. He's not compelled to not try to build it.
I wish he were so compelled in it's avoidance ; There is a lot more research to do first, and the last thing we'd want is a one shot attempt, risking failure and funding abatement. I want to see more research, and I want to see WB-7 instruments available to other institutions.
I wish he were so compelled in it's avoidance ; There is a lot more research to do first, and the last thing we'd want is a one shot attempt, risking failure and funding abatement. I want to see more research, and I want to see WB-7 instruments available to other institutions.
Helius,
He seemed to think a 1.5M machine was the logical next step. If it fails, we will learn something. We may learn the Polywell concept is unworkable at those energies. We may learn it's probably workable but needs more development to achieve net power. We may learn we have developed a cheap and abundant power source that solves mankind's energy needs for the next few millennia.
If it doesn't work because it's unworkable, it's best to find that out so we can stop wasting our time on it. That's not a downside.
The upside if it does work, of course, is incredibly high.
He seemed to think a 1.5M machine was the logical next step. If it fails, we will learn something. We may learn the Polywell concept is unworkable at those energies. We may learn it's probably workable but needs more development to achieve net power. We may learn we have developed a cheap and abundant power source that solves mankind's energy needs for the next few millennia.
If it doesn't work because it's unworkable, it's best to find that out so we can stop wasting our time on it. That's not a downside.
The upside if it does work, of course, is incredibly high.
Goblin,
It depends on the reviews of the WB-7 results and how much attention they get. You'd be surprised how quickly things can get funded if there's highly motivated bipartisan Congressional interest.
Also, it's over 5 years, so it would probably be $30-$40M for the first year, maybe a lot less if that's a design/get a team together/make a project plan/etc. year.
It depends on the reviews of the WB-7 results and how much attention they get. You'd be surprised how quickly things can get funded if there's highly motivated bipartisan Congressional interest.
Also, it's over 5 years, so it would probably be $30-$40M for the first year, maybe a lot less if that's a design/get a team together/make a project plan/etc. year.
I suppose they can keep doing small scale tests. Trying to build-up a justification for a net power device; but didn’t Bussard say the next step after this *was* the net power device? Anything else would be wasting time? Perhaps I am misremembering that Google talk – or was it the radio interview?
Also, are there many Universities/Colleges out there that would spend $1million on a WB-7 replica (or similar)? Maybe a few? Or maybe they would rather spend that $1million on their collegiate sports activities. Or remedial math for the incoming freshmen, or…
I think it would take an act of congress to start funding a full-up net power “convincer” this year. As mentioned above, current money is already allocated.
Also, are there many Universities/Colleges out there that would spend $1million on a WB-7 replica (or similar)? Maybe a few? Or maybe they would rather spend that $1million on their collegiate sports activities. Or remedial math for the incoming freshmen, or…
I think it would take an act of congress to start funding a full-up net power “convincer” this year. As mentioned above, current money is already allocated.