BBC Inside Science

Throughout the pandemic, we've seen an explosion in information about the science of the virus, SARS-CoV-2, and the disease it causes, COVID-19. An article online, or a text forwarded, could be true and sounds about right, but how do you know that it's accurate? When scrolling through your social feed, how do you decipher fact from fiction? A new report, by Kings College London and Ipsos MORI, reveals that those of us who get our news from social media are more likely to believe misinformation about the pandemic. Marnie talks to Jack Goodman of the Anti-Disinformation Unit at BBC Online, a new team set up to tackle the problem. She finds out how science fact turns to science fiction online, and what the team is doing to try to counter this. Now that wearing face masks are now mandatory in a number of situations, a lot of us are making our own. BBC Inside Science listeners sent in lots of ideas about the design, maintenance and durability of face masks, and other ways to protect against spreading the coronavirus. We asked Professor of Materials & Society at UCL Mark Miodownik in to comment. In February this year, the European Space Agency’s Solar Orbiter, SolO, successfully launched, escaping this planet before most of us went into lock-down. Professor Lucie Green from the Mullard Space Science Lab at University College London, is a solar scientist and part of the team that will be using a telescope to take images of the Sun in extreme ultraviolet light. The orbiter is now in it’s ‘Cruise Phase’ which means most of its instruments have now been tested and calibrated, but aren’t yet up and running. One instrument that has been operational since just after launch is the magnetometer, which will collect data on the Sun’s complex and dynamic magnetic field. Presenter - Marnie Chesterton Producers - Fiona Roberts and Beth Eastwood