Since the ground state is simply defined, there's no reason in theory it could not be lower.
It's all about scapegoating. When the product fails to make it to market in a functional state you need a disposable and replaceable scapegoat to throw under the bus so you can keep revising the overall con.
It's like fad diets. As long as you can convince your marks the flaw is with their willpower and not with the diet you can get repeat suckers who come back again and again.
There's so much power being produced by the reaction that even if they just got a 5% conversion rate, that still means they are producing 50 kw.
Yes, there is. It's not compatible with quantum mechanics as vetted for over a century.
He's already demonstrated this. The only problem is that you will not believe it until you have a generator parked in your driveway powering your home. Even then, you probably still won't believe it.
And creating nearly a megawatt of waste heat. Why even bother with solar cells? We know how to collect energy from a heat source like that with much greater efficiency than solar.
So, if, 18 months from now you don't have "a generator parked in your driveway powering your home" (or at least the industrial equivalent thereof), will you be willing to admit that Mills has not actually "already demonstrated this"?
Even if Mills is dumping an entire megawatt of power for each generator he produces, the capital costs of production are so low that it still beats steam power by a factor of 5.
Sure.
...and global warming gets a kick in the pants.
Actually I wrote that wrong. It's 875, not 5, if you look at the costs on a per kilowatt basis. - and that's just the capital costs for the original equipment.
I can't even imagine what the actual cost savings is, given that there's no fuel and virtually no maintenance costs associated with the BrLP generator. I mean we have to be talking thousands of times cheaper when its all tallied up.
You say that tuned PV cells would theoretically produce a great deal more power (order of magnitude iirc).
No need to wait though. Good to know.
So this model WILL NOT suffer the cancellation fate of the previous model which, according to you, was that a newer model produced more power?
(that is a question)
The new model produces orders of magnitude more power using order of magnitudes less space, and it is portable. No need for a power grid.
Economic cost aren't the only costs that should be considered. As you say, if they waste "an entire megawatt of power for each generator", that's a huge impact on the environment. As you note, these aren't large-scale plants like current 500 MW nuclear plants, these are small systems incorporated into local businesses, and eventually homes. Picture what it would be like if even a small town of 500 homes wasted the equivalent of a nuclear power station in waste heat.
That doesn't answer my question.
I asked for assurance that this model will not suffer the same fate as the last, that promised increased power o/p of yet a newer model will not see this present model production cancelled.
Let's contrast that with a steam powered fixed power plant. According to Synapse, the cost to build a steam power plant is $3,500 per kW. A typical coal plant produces 500 megawatts. So that's $1,750,000,000 in capital to build a new coal driven steam power plant.
Ok.
Don't believe me.
We'll find out who is right, just like we found out who was right about Bitcoin.
We wouldn't need to build a new plant. Many steam turbine plants have switched fuel sources over the years. It's pretty straightforward. Heck, you could even drop this generator into a nuclear plant and use the nuclear plant's generator. Easiest swap out would probably be a natural gas generator though.
Can we arrange a bet of 1 BTC? I'd be happy to escrow with an independent/trusted forum member. I'd go along with the same terms as Horatius.
Well I'm glad you're an expert on swapping out megawatt power plant fuel sources. You should hire yourself out to BrLP and offer your services.