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NIF's method for achieving fusion involves sending 192 laser beams through a 1,500-meter journey that increases its energy output by a factor of more than a quadrillion. The laser beams' energy grows from one-billionth of a joule to 4 million joules in 5 millionths of a second. A breakthrough in nuclear fusion is widely considered the holy grail of achieving an unlimited clean energy source.
While the NIF has passed the break-even point, it is just shy of reaching "ignition" -- when nuclear fusion produces as much energy as is supplied to the lasers.
pavil
reply to post by FryEvans
But how do you sell or package unlimited energy????
thruthseek3r
pavil
reply to post by FryEvans
But how do you sell or package unlimited energy????
That is the beautiful part of it, you don't free energy for everybody as it should always have been.
Thruthseek3r
pavil
thruthseek3r
pavil
reply to post by FryEvans
But how do you sell or package unlimited energy????
That is the beautiful part of it, you don't free energy for everybody as it should always have been.
Thruthseek3r
You're so cute....... you actually believe that..........
Ask Tesla how that worked out.
pavil
reply to post by NotAnAspie
I haven't seen setups that allow for the normal wasteful household usage of energy that would work out. Just minimal setups like Les Stroud did on his series Off the Grid. I think that was the name of it.
I do know of one wind farm setup that could power all the municipal buildings of a community plus sell the excess back to the grid that would be funded by municipal bonds that sounds like a no brainer if the wind speeds in the area work. What they would do in addition to that, was the Wind Turbines would also inject air into empty natural gas wells as a byproduct, pressurizing the well and then they would run that pressurised air over another set of turbines to get even more power out of the setup. I thought that was a pretty ingenious setup. The City would sell the bonds to get the initial money for the project and they could pay the interest off with the excess power sold back to the grid plus have money left over for continuing maintenance. If the whole Ponzi-Carbon exchange would have happened, you would have been able to sell your "clean credits" you would get for the Wind Farm and sell them to a polluter and made money off of that too.
I find this highly irregular.
They fired 192 lasers and got more out than they put in?
I'm skeptical.
yorkshirelad
reply to post by FryEvans
It's taken 50 years and trillions of dollars (worldwide) to get to a point where the net energy at the point of ignition is larger than the "ignition" beam but is still less than the gross (ie total) energy of the "plant".
What a phenomenal waste of money.....well actually not quite. It is trillions of dollars spent on nuclear research which can no longer be done via underground bombs......This is why this farce continues.
If the same money was invested in alternate technology western homes could be self sufficient by now with micro generation into the grid. Please don't feed me the intermittent excuse B.S. You handle that by storing the energy. Please don't give me the batteries are expensive B.S. excuse. We can store energy as potential energy, they are called lakes up a mountain !
We have the solutions we don't have politicians with a pair of...
pavil
reply to post by FryEvans
But how do you sell or package unlimited energy????
grey580
reply to post by Zarniwoop
Maybe if they used 193 lasers it would be sustainable?
I don't know.
I trust they know what they are doing.
But it seems flaky to me.
The work on the development of the ITER site was undertaken as part of commitments made by France as the Host country, and by Europe as the Host partner. Work was carried out under the responsibility of Agence ITER France (an entity of the CEA) for a total of EUR 150 million, financed 40 percent by Fusion for Energy (the European Domestic Agency) and 60 percent by France.
The ITER project is situated on a total of 180 hectares of land in St-Paul-lez-Durance, a commune in the Provence-Alpes-Côte d'Azur region of southern France that is already home to France's nuclear research centre, the CEA (Commissariat à l'Energie Atomique).
The most important feature of the ITER site today is the completed 42-hectare platform—the approximate size of 60 soccer fields—where the construction of the scientific buildings and facilities began in July 2010.