Energy
Last week, there was a mini-conference on Energy and Energy Policy issues at Aspen. I was too engrossed in my discussions with Dan Freed, Greg Moore and Dmitriy Belov on the subject of orientifolds and twisted equivariant differential K-Theory (more on that subject some other time) to attend most of the talks. Fortunately, the slides are now online.
In short, the challenges of meeting the world’s growing energy requirements, while meeting even the most modest targets1 for net carbon emissions will be an enormous challenge, requiring a great deal of technological ingenuity and enlightened leadership.
When you read about the dysfunctional process for getting new nuclear plants built (certainly a necessary, but not sufficient, part of the answer) in this country, you’re not exactly filled with confidence. I’m not sure what humble theoretical physicists, like ourselves, can do in a practical way. But, at least, we can try to raise the level of the public debate above its currently abysmally low level.
1 And even those won’t be enough to stave off various nasty ecological catastrophes. If you like calamari, best eat them now.
Re: Energy
Nuclear power is such an obviously elegant, efficient *part* solution to the energy crisis it really boggles the mind why it isn’t talked about even more.
The new reactor types cut down on most of the waste issues, as well as further refine the dollar/watt ratio, I find it sad that the general public still are overly skeptical about something that is sort of a nobrainer to a physicist.
Even waste disposal technology has seen advances in the last twenty years, and more or less down to an exact science. The criticisms tend to be absurd tiny probability scenarios not unlike the recent BS about Strangelets at the LHC