This episode University of Edinburgh MScR student Mia Frothingham speaks to PhD candidate Caprice Phillips from The Ohio State University. We talk about her exciting research on gas dwarf planets and the fact that scientists are people, too!

Episode 10 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe.

In this episode we talk to Peter Vickers from Durham University, a philosopher who approaches astrobiology from a fresh perspective. We discuss how astrobiology fits in with the philosophy of science, and easy questions such as the nature of truth.

Episode 8 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe. In this episode we talk to Ernesto di Mauro from Sapienza University of Rome, who discussed how biological molecules can be formed from different pre-biotic chemistry, and the definitions of life that play such a big part of astrobiology.

Episode 7 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe. In this episode we talk to Mohit Melwani from the NASA Jet Propulsion Laboratory, who told us about the possibility for life and geochemical limits of habitability on Icy Moons (and a little bit of Mars).

Episode 6 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe. In this episode we talk to Mark Van Zuilen from the Institut de Physique du Globe de Paris, who told us about their work on determining whether biosignatures we observe in the environment are truly produced by biology.

Episode 5 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe.

In this episode we talk to Kathryn Harriss from the University of Kent, who studies impacts in the solar system, and tells us about their effects on life.

Episode 4 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe.

This episode features Rosaly Lopes, an interplanetary volcanologist who works at the NASA Jet Propulsion Laboratory.

Episode 3 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe.

This episode features Axel Hagermann from the University of Stirling, who investigates ices on other worlds in the solar system and works on a number of space missions.

Episode 2 of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe.

This we were talking with Magnus Ivarrson from the Natural History Museum of Stockholm. Magnus told us about his work on the deep biosphere, how he ended up working in palaeontology, and how that led him to Mars... 

The first episode of the Tartan Tardigrade, a podcast where scientists from the UK Centre for Astrobiology talk to guests from around the world about their research in astrobiology, their careers, and the prospects for life in the universe.

This episode features a chat with Susannah Porter from the University of California Santa Barbara about her work on fossil evidence for early eukaryotes, and signs that vampire-like predators were active before predation was previously thought to happen.