Nuclear energy provides more than 55 percent of America’s carbon-free electricity.

Pennsylvania’s 5 nuclear power plants produce 93% of the state’s carbon-free electricity. And that’s not all.

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by Joe Jordan

Omaha, NE.—Despite flood waters cutting off the main road in and out of town, officials with the Cooper Nuclear power plant in Brownville tell us the the plant continues to operate at “100 percent” as of 5 p.m. Saturday.

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By Nathanael Johnson at

Cory Booker just announced he was joining the Democratic presidential primary race. Like a number of other entrants in the already-packed field, he’s voiced his support for the ambitious Green New Deal proposal that aims to swiftly transition away from fossil fuels, implement a clean jobs program, and eradicate poverty.

But one way the New Jersey senator stands out from the crowd is in his full-throated endorsement of nuclear power.

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(This article contains basic, easy to understand information about nuclear energy production)

By M. Mitchell Waldrop

Returning to designs abandoned in the 1970s, start-ups are developing a new kind of reactor that promises to be much safer and cleaner than current ones.

Troels Schönfeldt can trace his path to becoming a nuclear energy entrepreneur back to 2009, when he and other young physicists at the Niels Bohr Institute in Copenhagen started getting together for an occasional “beer and nuclear” meetup.

The beer was an India pale ale that they brewed themselves in an old, junk-filled lab space in the institute’s basement. The “nuclear” part was usually a bull session about their options for fighting two of humanity’s biggest problems: global poverty and climate change. “If you want poor countries to become richer,” says Schönfeldt, “you need a cheap and abundant power source.” But if you want to avoid spewing out enough extra carbon dioxide to fry the planet, you need to provide that power without using coal and gas.

It seemed clear to Schönfeldt and the others that the standard alternatives simply wouldn’t be sufficient. Wind and solar power by themselves couldn’t offer nearly enough energy, not with billions of poor people trying to join the global middle class. Yet conventional nuclear reactors — which could meet the need, in principle — were massively expensive, potentially dangerous and anathema to much of the public. And if anyone needed a reminder of why, the catastrophic meltdown at Japan’s Fukushima Daiichi plant came along to provide it in March 2011.

On the other hand, says Schönfeldt, the worldwide nuclear engineering community was beginning to get fired up about unconventional reactor designs — technologies that had been sidelined 40 or 50 years before, but that might have a lot fewer problems than existing reactors. And the beer-and-nuclear group found that one such design, the molten salt reactor, had a simplicity, elegance and, well, weirdness that especially appealed.

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