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So when sizzling cowboy Ted Flint bumps into her at a party—literally, with messy results—she instantly feels out of her depth. The Bonnevilles will stop at nothing to claim the discovery for themselves, and Ted and Laura find themselves in danger of losing the battle, and each other too. She designs rockets, she hunts for dinosaur fossils, and she knows who she is. He has a harder time getting her to say yes to a date with him than he has digging up the fossil Laura discovers on his ranch. But when the value of the fossil leaks to the community, Ted suddenly finds himself fighting to keep it and the ranch, and Laura too. That’s amazing, in a sense, as it shows that we have a bit of cosmic power right here. It also likely won’t change too much about how we do radiometric dating. It certainly seems like it when he invites her out to his ranch to take a look at his bone. Could a guy like Ted really be interested in a girl like her? The Conversation UK receives funding from Hefce, Hefcw, SAGE, SFC, RCUK, The Nuffield Foundation, The Ogden Trust, The Royal Society, The Wellcome Trust, Esmée Fairbairn Foundation and The Alliance for Useful Evidence, as well as sixty five university members.
Then, it decays by releasing a neutrino and a position — resulting in a newly minted atom of carbon-13.
Carbon-13 and its cousin, carbon-14, are typically created by high-energy cosmic rays.
In the case of the former, it’s because a ray entered the atmosphere and struck an atom of nitrogen-14 (which is exceedingly common in our atmosphere, making up more than 70% of it).
A team of researchers observing a thunderstorm near Japan noted the exact same bursts of gamma rays we see when cosmic rays strike these particles.
The study concludes that particularly nasty bolts of lightning may well trigger the types of nuclear reactions we see from super-charged particles from space.