Which is why effective education is so important.
With modern slow neutron reactors and coming developments like 4th generation fast reactors, nuclear power could provide relatively safe and almost unlimited power. Fast reactors can "burn" all the waste that has accumulated over the decades from slow power reactors and weapons production, about 600,000 tons in the US alone. Extracting uranium from sea water could become economical with fast reactor technology, there's enough there for millions of years at current levels of demand.
There are processes that duplicate the natural process that takes long-chain hydrocabons and breaks them down with heat and pressure over millions of years to produce oil, and natural gas and do it in hours. Thermal depolymerization can even be used to process medical waste as it's one of the few processes that destroys prions(mad cow disease). It can use many different carbon based feed stocks, including wood, automobile tires, human waste, and animal offal.
Thermal depolymerization - Wikipedia, the free encyclopedia
Think of the oil business going green and planting tree farms to produce fast growing tree species like aspen and mixing them with sewage and other waste to produce light crude.
Right now something like 1,000,000 people die a year as a result of air pollution from fossil fuels, we're already putting up with some nasty stuff in our backyards.
Solar power roof shingles have been available for about 20 years, there's a new process that allows you to "paint" solar power producing nano particles onto materials.
Nanosolar
You can't say there aren't economically viable alternatives to fossil fuels, you could build a much more competitive and innovative economy based on modern energy sources, why are we still stuck in the 1800s when it comes to providing power?