Skip to main content
SG

Sarah Gabbott

1episode
1podcast

We have 1 summarized appearance for Sarah Gabbott so far. Browse all podcasts to discover more episodes.

Featured On 1 Podcast

All Appearances

1 episode
The Infinite Monkey Cage

Technofossils - Sarah Gabbott, Mark Miodownik and Aurie Styla

The Infinite Monkey Cage
42 minProfessor of Paleontology at University of Leicester

AI Summary

→ WHAT IT COVERS Paleontologist Sarah Gabbott, materials scientist Mark Miodownik, and comedian Aurie Styla explore what remnants of modern civilization will survive as fossils, from smartphones containing 50% of the periodic table to plastic lasting millions of years. → KEY INSIGHTS - **Smartphone composition:** Modern phones contain over 50% of the periodic table's elements, with 300 times more gold per kilogram than gold ore, making discarded devices valuable material repositories that future archaeologists may interpret as chemistry worship objects. - **Plastic preservation:** Polyethylene and similar plastics can survive millions of years in ocean sediments without oxygen or sunlight, comparable to algae biopolymers preserved for 48 million years in German Messel Oil Shale, contradicting assumptions about biodegradable materials breaking down quickly. - **Fossilization probability:** If the entire US population of 300 million people died simultaneously, only one quarter of one human skeleton would likely survive in the fossil record, demonstrating the extreme rarity of individual organism preservation across geological time. - **Self-healing infrastructure:** Roads on the M25 now test asphalt containing encapsulated oils and metal nanoparticles that repair cracks through capillary action or electromagnetic heating, potentially extending road lifespan from 10 years to 30-50 years and reducing pothole formation. → NOTABLE MOMENT The revelation that children's pencil drawings may become the best preserved records of human communication, since graphite survives 3.8 billion years and cellulose paper preserves like Jurassic fern leaves showing individual cell nuclei after 180 million years. 💼 SPONSORS None detected 🏷️ Paleontology, Materials Science, Fossil Preservation, Sustainable Technology

Never miss Sarah Gabbott's insights

Subscribe to get AI-powered summaries of Sarah Gabbott's podcast appearances delivered to your inbox weekly.

Start Free Today

No credit card required • Free tier available