Listen to the latest from the world of science, with Benjamin Thompson and Nick Howe. This week, establishing climate change’s role in Australian bushfires, and revisiting Isaac Asimov’s thoughts robots.
In this episode:
00:46 Behind the bushfires
Researchers are working to establish the role that climate change is playing in the bushfires that are raging across Australia. News Feature: The race to decipher how climate change influenced Australia’s record fires; Editorial: Australia: show the world what climate action looks like
10:02 Research Highlights
The debate around how Vesuvius claimed its victims, and an ancient mummy speaks. Research Highlight: Vitrified brains and baked bones tell the story of Vesuvius deaths; Research Article: Howard et al.
12:21 Asimov’s legacy
This year marks the centenary of Isaac Asimov’s birth. We reflect on the impact of his writing on the field of robotics. Essay: Isaac Asimov: centenary of the great explainer
21:00 News Chat
The latest on a new virus from Wuhan in China, and social scientists’ battle with bots. News: Coronavirus: latest news on spreading infection; News: Social scientists battle bots to glean insights from online chatter





Hear the latest science news, brought to you by Nick Howe and Benjamin Thompson. This week, why stress makes mice turn grey, and how to think about climate change.
Scientists have just discovered a new mechanism that can be key in regulating these immune attacks, raising new hopes of drugs that can protect against joint inflammation and the ailments it can bring.

Though a law requiring clinical trial results reporting has been on the books for decades, many researchers have been slow to comply. Now, 2 years after the law was sharpened with higher penalties for noncompliance, investigative correspondent Charles Piller took a look at the results. He talks with host Sarah Crespi about the investigation and a surprising
“We were able to show that if you can stop the plasmid from replicating, then most of the bacteria lose the plasmid as the bacteria grow and divide. This means that infections that might otherwise be hard to control, even with the most powerful antibiotics available, are more likely to be treatable with standard antibiotics.”