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New Habitability GRP

We are delighted to announce that Habitability has been selected as one of Warwick's Global Research Priorities (GRPs), which play a crucial role in interdisciplinary research at the University. The GRPs respond to complex multi-faceted global problems that can only be tackled through collaborative research excellence. They unite academics from different disciplines to address some of humanity’s most urgent questions, and create fertile ground for new ideas to flourish and interdisciplinary research to grow - enabling us to improve the lives of people around the world.

The four key themes of the GRP are outlined here. There are a number of funding opportunities for relevant research projects - see here for further detail.


What do we know about the birth of planets?

Dr Farzana Meru, an astrophysicist here at the University of Warwick, explains what we know - and what we don't ... yet.

Thu 17 Oct 2019, 10:00 | Tags: CEH, Exoplanets, KnowledgeCentre, article

Five reasons future space travel should explore asteroids

Dr Dimitri Veras and James Blake of the Centre for Exoplanets and Habitability make the case for space travel to asteroids in this article for The Conversation.

Fri 05 Jul 2019, 12:00 | Tags: CEH, asteroids, Astrobiology, KnowledgeCentre, article

Habitability Seminar - Anders Sandberg

Seminar title: Inhabiting the universe: what are the limits for habitats across the future of the universe?

It was our pleasure to welcome Anders Sandberg from the Future of Humanity Institute, University of Oxford. Anders gave an exhilarating overview of a number of potential futures for life, both as we know it and otherwise. After considering the likeliness of finding alien life given our current observational and theoretical understanding, Anders moved on to consider a variety of avenues for life to flourish in the upcoming eras of the universe.


NGTS-4b: A sub-Neptune transiting in the desert

CEH member Richard West leads the fascinating discovery of an exoplanet that falls in the middle of what has been termed the 'Neptunian desert'. This refers to a region close-in to the parent star where previously no Neptune-sized exoplanets had been found. NGTS-4b has a mass 20 times that of the Earth and orbits its star (a 13th mag K dwarf) once every 1.34 days! What's more, it's the smallest planet discovered by a wide-field ground-based photometric survey to date - excellent work!

This study was published in Monthly Notices of the Royal Astronomical Society, Volume 486, Issue 4, July 2019, Pages 5094–5103

Open access link: arXiv

CEH members involved: Richard West (lead), Daniel Bayliss, James Jackman, George King, James McCormac, Peter Wheatley, David Armstrong, Paul Chote, Ben Cooke, Emma Foxell, Boris Gänsicke, Tom Louden & Don Pollacco


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