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Nov 2023

26m 45s

How to 3D print fully-formed robots

SPRINGER NATURE LIMITED

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Briefing Chat: The epic journey of Stonehenge’s central stone

In this episode:00:37 Evidence that Stonehenge's Altar Stone travelled by glacierBBC Science Focus: We may have just cracked one of Stonehenge's greatest mysteries05:44 Fossilized faeces reveal DNA from ancient ecosystemNature: Ancient ground squirrels feasted on carcasses like ‘ ... Show More

Newly-discovered whale graveyard dates back millions of years

In this episode:00:46 A giant, ancient whale necropolisResearch article: Peng et al.News & Views: A vast whale necropolis has been found08:52 Research HighlightsNature: Babies’ birth weight improves with help of payments to parentsNature: Earliest signs of vision recorded in anci ... Show More

Briefing chat: Spinosaurs with salt glands could have lived in marine environments

In this episode:00:23 Fossil evidence that spinosaurs had an aquatic lifestyleScience: Some spinosaurs cried salty tears to thrive in brackish waters04:57 The explosive immune cells that kill in minutesNature: Bang! Exploding immune cells splatter potent toxins everywhereSubscrib ... Show More

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In this episode:

00:46 Machine vision enables multi-material 3D printing

3D printers are capable of producing complex shapes, but making functioning objects from multiple materials in a single print-run has proved challenging. To overcome this, a team has combined inkjet printing with an error-correction system guided by machine vision, to allow them to print sophisticated multi-material objects. They used this method to make a bio-inspired robotic hand that combines soft and rigid plastics to make mechanical bones, ligaments, and tendons, as well as a pump based on a mammalian heart.

Research article: Buchner et al.

News & Views: Multi-material 3D printing guided by machine vision

Video: The 3D printer that crafts complex robotic organs in a single run

07:49 Research Highlights

Citizen-scientists help identify an astronomical object that blurs the line between asteroid and comet, and how a Seinfeld episode helped scientists to distinguish the brain regions involved in understanding and appreciating humour.

Research Highlight: Citizen scientists find a rarity: an asteroid trying to be a comet

Research Highlight: One brain area helps you to enjoy a joke — but another helps you to get it

10:31 Assessing the effectiveness of lifestyle interventions for diabetes

Type 2 diabetes affects hundreds of millions of people around the world and represents a significant burden on healthcare systems. But behaviour change programmes — also known as lifestyle interventions — could potentially play a large role in preventing people from developing type 2 diabetes. This week in Nature a new paper assesses how effective this kind of intervention might be. Looking at a huge amount of data from the NHS Diabetes Prevention Programme, the paper concludes that these interventions represent a viable diabetes prevention strategy.

Research article: Lemp et al.

News & Views: Diabetes prevention programme put to the test

17:35 Briefing Chat

How marine heatwaves revved up crabs’ metabolisms until they starved, and the AI-powered, robot chemist that could extract oxygen from water on Mars.

Wired: The Surprising Reason Sea Creatures Are Getting Hungrier

Nature News: This AI robot chemist could make oxygen on Mars

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