The Missing Pieces of Memory: What Memory Gets Right and Wrong | PROFOUNDLY Pointless скачать в хорошем качестве

The Missing Pieces of Memory: What Memory Gets Right and Wrong | PROFOUNDLY Pointless

Memory Researchers Dr. Akira O'Connor and Dr. Christopher Moulin explain how memory works. In this episode we explore how our mind records memories, why we forget, what our memory gets right and wrong and the best memory tricks. 00:00: How Does Memory Work 02:57: What Memory Gets Right and What Memory Gets Wrong 06:17: How Memory Changes 08:13: Why We Forget 09:24: What Happens in Our Brain When We Remember 13:15: Are Memories Ever Lost 16:40: Why We Remember Music So Well 18:59: How Pictures Ruin Memory 20:16: The Best Memory Tricks #science #memory #neuroscience #podcast #profoundlypointless Profoundly Pointless is a podcast created by Nick VinZant. Each episode explores something new with a unique guest from a different side of life. Particle Physicists, Porn Stars, Deep Sea Explorers, Olympic Athletes, Money Launders, Furries, Cannabis Photographers, Sex Toy Designers and more all share their stories. Then, in the Pointless part of the show, Nick is joined by lifelong friend and 2nd Grade Wrestling Champion John Shull to debate life’s biggest questions. Questions like, “Who are the Top 5 Steve’s of All Time”, "What's the Worst Line to Be Stuck In”, and "Which Actor is the Best Onscreen Runner.” Together Profoundly Pointless explores the world through profound guests and pointless examinations of life’s little mysteries. Join us, Explore Something New and find out why Profoundly Pointless was nominated from Best Interview Podcast in both 2021 and 2022. Subscribe to Profoundly Pointless on YouTube: https://bit.ly/3OJYyjJ Get More of Profoundly Pointless Official Site: https://profoundlypointless.com/ Podcast: http://playpodca.st/profoundly-pointless Instagram:   / profoundlypointless   Facebook:   / profoundlypointless   Twitter:   / profoundlypp   What Your Memory Gets Right and What it Gets Wrong | PROFOUNDLY Pointless