Sigh, its not 'one of the most challenging technologies' its actually rather simple which is why it was developed in the 1940's, a 'challenging' technology would be genetically engineered life forms, only recently managed [1]. Not only are synthetic life forms more technologically challenging, if they escape from the lab the planet is designed to provide them with an environment that allows them to replace all existing lifeforms if they adapt better.

Public concerns, are just that, concerns. While its extremely important to have an open and informed public conversation around complex policy issues, they don't actually inform the policy they inform the public. If the national energy policy is to have 30% of our power provided by nuclear sources, we will have 30% of our power provided by nuclear sources.

Human society ... yeah collectively we've been unable to keep a stable form of government for more than about 300 years (I realize that both the Chinese and Egyptians would dispute this given their emperor pasts but I don't accept that a series of emperors represents a 'continuous' government in the same way that a constitutional (or institutional) government exists with people merely filling rolls in the institutions)

Nuclear resources on this planet are limited ... Uh no. You see the two most often discussed forms of nuclear processes for energy generation are fission and fusion. There using simply U235 and D3 we've got plenty. Successful implementation in space craft would extend that basically forever [2]

You know how when you see Doctors in an operating room on TV you might think to yourself "Wow, that is very realistic" and then when you see them using a computer you say "That is so lame! You can't zoom in 2000x on a traffic camera photograph no matter how good your image processing software is." Basically we tend to give credence to things we aren't personally aware of the details of, and we instantly recognize the flaws in the the things we know intimately. However, everything has those same flaws, and if you happen to be sitting next to a surgeon they could tell you all the silly things wrong about the OR in a House episode and you could tell them about all the silly computer things they claim to do in a CSI episode.

ABC news ran a story on coal ash [3] where they talked about cancer and asthma. I'm surprised they didn't run a radiation counter on the coal dust, if they had they would probably have found it to be more radioactive then the area outside the Fukushima plant. What is worse, the mercury and arsenic they were worried about are stable, which means that unlike plutonium they never go away ever. And if you ingest mercury? it kills you way faster than plutonium.

ABC News could have taken a moment to talk about how if instead of the coal fired plants that had been built in Oklahoma they had instead built a single nuclear plant, statistics say that nobody in the town would have cancer due to the power plants. As it is, ABC News makes it look like everybody in the town has cancer. Not rational.

[1] http://www.guardian.co.uk/science/2010/may/20/craig-venter-s...

[2] The sun will eventually go red-giant and that will be the end of the planet so 'forever' in this context is the period of time between now and when the Sun causes the planet to be uninhabitable (more than a billion years)

[3] http://abcnews.go.com/US/oklahoma-town-fears-cancer-asthma-l...