Welcome to the Keele Astrophysics Group which is part of the
School of Chemical and Physical Sciences and the Faculty of Natural Sciences.
The Keele Astrophysics group currently consists of 11 academic staff
members, with research interests including star formation and stellar clusters,
late stellar evolution, massive stars and their impact on the early universe,
the interstellar medium, binary stars, interacting binary stars, and the
detection of extra-solar planets.
Astrophysics Work Experience
Between 3-7 July 2017, the Astrophysics Group at Keele University will be
hosting a week-long "research experience", at the Lennard-Jones laboratories
on Keele campus. The project is aimed at students with a keen interest in
science, technology and computing that are in in years 10, 11 or 12 of their
school/college studies and who are perhaps thinking of going on to do science at
The research experience will involve students working in small teams on research
projects that utilise data from world-class observatories, such as the NASA
Kepler satellite and Keele's SuperWASP telescopes. The teams will be
responsible for researching the context of their work, analysing data, recording
their results, drawing conclusions and then presenting their work to the rest of
For more details see the linked leaflet or contact Professor Rob Jeffries email:
r.d.jeffries "at" keele.ac.uk
Stardome project wins national widening participation and outreach award
The Astrophysics group's "Stardome", a portable planetarium for schools, developed by Prof Rob Jeffries using funding from the STFC and Keele's alumni fund, won the Times Higher Education Supplement Widening Participation and Outreach initiative of the year award.
The 6-m diameter inflatable planetarium is taken to around 35 local schools and 4000 school pupils per year by Prof Jeffries and a team of "Keele student ambassadors". The project is administered by Keele's widening participation team. Pupils learn about the cosmos, stellar evolution, the search for alien life and Keele's role in discovering exoplanetary systems around other stars.
Too big for its boots: black hole is 30 times expected size
The central supermassive black hole of a recently discovered galaxy is far larger than should be possible, according to current theories of galactic evolution. New work, carried out by astronomers at Keele University and the University of Central Lancashire, shows that the black hole is much more massive than it should be, compared to the mass of the galaxy around it.
See this press release http://www.ras.org.uk/news-and-press/2718-too-big-for-its-boots-black-hole-is-30-times-expected-size
Work-experience schoolboy discovers new planet
A 15-yr-old schoolboy has discovered a new planet orbiting a star 1000 light years away in our galaxy. Tom Wagg was doing work-experience at Keele when he spotted the planet by finding a tiny dip in the light of a star as a planet passed in front of it - a story that has been headline news in papers and on radio and tv nationally and around the globe.
For further information see our
Check out this movie of WASP-142b created by Sophie Barlow (Sir Thomas Boughey co-operative School) during her Work Experience with the Astrophysics Group