In its National Ignition Facility (NIF), LLNL will have a laser capable of heating plasma to the absurdly-high temperatures needed for nuclear fusion. The completion of the device is scheduled for 2009, whereas the first test will begin in 2010. Researchers at the lab are confident that, by 2011, they could obtain sustainable and entirely controllable fusion. The year of 2020 was set as a marker for the construction of the first commercial power plant, to employ the new technology.


If their endeavors are successful, then the world could see a major transformation, as far as energy production goes. Having a reliable and perfectly safe source of power will virtually eliminate the need for fossil-fuel power plants, and even wind and solar farms will become obsolete. In order for this to happen, governments worldwide will have to make a huge financial effort, to install these energy-producing plants across their territories.

In its National Ignition Facility (NIF), LLNL will have a laser capable of heating plasma to the absurdly-high temperatures needed for nuclear fusion. The completion of the device is scheduled for 2009, whereas the first test will begin in 2010. Researchers at the lab are confident that, by 2011, they could obtain sustainable and entirely controllable fusion. The year of 2020 was set as a marker for the construction of the first commercial power plant, to employ the new technology
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anna jennifer
http://www.legalx.net

We have sustainable and entirely controllable fusion now. The problem is, and will continue to be the fact that it still takes much more energy to sustain the reaction than it puts out. I wouldn't be looking for any big breakthroughs in nuclear fusion any time soon.

@darkforce we have safe, clean, cheap, reliable nuclear fusion already; the sun!