NIF Aims For the Ultimate Green Energy Source
theodp writes "Edward Moses and his team of 500 scientists and engineers at Lawrence Livermore's National Ignition Facility are betting $3.5B in taxpayer money on a tiny pellet they hope could produce an endless supply of safe, clean energy. By the fall of 2010, the team aims to start blasting capsules containing deuterium-tritium fuel with 1.4 megajoules of laser power, a first step towards the holy grail of controlled nuclear fusion. Not all are convinced that Moses will lead us to the promised land. 'They're snake-oil salesmen,' says Thomas Cochran, a scientist with the Natural Resources Defense Council. Moses, for his part, seems unfazed by the skepticism, saying he's confident that his team will succeed."
Um, except that one factory in Norway in the 40s made 12 tons a year of it and one ton fused contains the same energy as 29 BILLION tons of coal. We also seem to have some 10^15 tons of it out in the ocean before we have to go to space to go shopping.
I can't tell if you're joking, but everything you said about deuterium is 100% false. There is more D in the earth's oceans (1/6500th of all the water) than we could ever imagine using for fusion. It's also extracted cheaply and easily.
To back this up, there have been substantial job cuts at the National Renewable Energy Laboratory twice in its history. The first time was when Reagan cut the staff by about 50%, and Bush, Jr. cut about 10% in 2005. Considering that NREL is one of the centers of expertise of photovoltaics in the world, and often hold the record for efficiency for photovoltaics it does look pretty suspicious.
Gentlemen! You can't fight in here, this is the war room!
Mainly to "ourselves". The government borrows money from its own companies and citizens (and pension funds, in particular). To a lesser extent, we owe this money to foreign banks, mainly in th efar east.
Recycling and clean manufacturing processes will become economically viable because the energy to do it will be cheap.
Planting in the desert will become economically viable because the energy to desalinate water will be cheap.
People will fight fewer wars over geographically concentrated energy resources.
Wealthy people reproduce less than poor ones, so population growth will be slowed or even reversed.
Cheap clean energy will save the planet.