54 min listen
Skeptic Check: Flat Earth (rebroadcast)
ratings:
Length:
54 minutes
Released:
Apr 26, 2021
Format:
Podcast episode
Description
The Earth is not round. Technically, it’s an oblate spheroid. But for some people, the first statement is not even approximately correct. Flat Earthers believe that our planet resembles – not a slightly squashed grapefruit – but a thick pancake. A journalist who covered a Flat Earth convention describes the rationale behind this ever-more popular belief. So how do you establish science truth? We look at the difference between a truly scientific examination of extraordinary claims and approaches that feel and look science-y but aren’t. Find out how one man will use telescopes and balloons in the desert to demonstrate that the Earth is a globe, while a biologist runs a test on the waters of Loch Ness to see if it contains prehistoric reptile DNA. And what happens when amateur investigators chase ghosts, UFOs, and Bigfoot with science instruments, but without an understanding of the scientific method. Guests: James Underdown– Executive Director of the Center for Inquiry in Los Angeles and of the Independent Investigations Group. The results of his experiment are available here. Alex Moshakis– Journalist who writes for the Observer, the Guardian, and Esquire. His article on the U.K.’s first Flat Earth convention appeared in May, 2018 in the Harry Dyer– Lecturer in education at the University of East Anglia. His article about the flat earth convention is titled "I Watched an Entire Flat Earth Convention for my Research, Here is What I Learned." Neil Gemmell– Professor in the Department of Anatomy, University of Otago, New Zealand Sharon Hill– Geologist, science writer, speaker, and author of "Scientifical Americans: The Culture of Amateur Paranormal Researchers." Originally aired June 11, 2018
Released:
Apr 26, 2021
Format:
Podcast episode
Titles in the series (100)
Time's Mysteries Part II: Warping Time: ENCORE Ever since Einstein, we've known that time doesn't barrel willy-nilly into the future. Moving clocks tick at a different rates, and by riding a fast rocket, we can slow time to a crawl. Such tricks may give you a way to see the distant... by Big Picture Science