Keeping electronics from overheating, and how to include minority populations in genetic analyses.

In this episode:

00:46 Cool computers

Keeping components cool is a major hurdle when it comes to increasing electronic power. This week, we find out about a new way to integrate tiny microfluidic channels directly into circuits, to help keep them cool. Research Article: van Erp et al.

06:57 Coronapod

By comparing coronavirus genomes taken from people around the world, researchers are getting an idea of how SARS-CoV-2 is changing as it spreads. We discuss a particular genetic mutation that rapidly became dominant early in the pandemic, and the effect it may have had on the outbreak. News: The coronavirus is mutating — does it matter?

21:41 Research Highlights

How rock avalanches can cause destructive air blasts, and melting glaciers cause lakes to grow. Research Highlight: The violent blasts that can add to an avalanche’s devastation; Research Article: Shugar et al.

23:59 The people left out of genetic studies

Minority populations are often underrepresented in genetic study recruitment. However, even when data about them is collected it may go unused. We find out why, and what can be done about it. Comment: Don’t ignore genetic data from minority populations

30:51 Briefing Chat

We discuss some of the latest stories highlighted in the Nature Briefing. This week we discuss how bacterially-infected mosquitoes could curb dengue fever, and some surprisingly large black holes. Nature News: The mosquito strategy that could eliminate dengue; Nature News: ‘It’s mindboggling!’: astronomers detect most powerful black-hole collision yet

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A new way to cool computer chips — from within

Nature Podcast

A new way to cool computer chips — from within