New maps from ESA's Planck satellite, forming the second major data release (February 2015) from the project, have unveiled the polarised light from the early Universe across the entire sky, revealing that the first stars formed much later than previously thought. More...
It is with great regret that we must announce the death of Dr William (Bill) M. Glencross. More...
The Dark Energy Survey, which has just begun its second year of observations, is gathering data about one of the most puzzling phenomena to be discovered in the past century: that the universe is not only expanding, but is doing so at an ever faster rate. Some as yet unknown force dubbed ‘dark energy’ is driving this acceleration. More...
The standard model of particle physics needs to be extended: it predicts that neutrinos have zero mass, but this does not fit with experimental data. Recent work has suggested an unexpectedly high mass for the neutrino, but UCL cosmologists say this is wrong. They argue that a low mass is more consistent with the observed properties of the universe. The Dark Energy Survey (which UCL is also involved in) will provide data that could resolve this debate in the next few years. More...
Welcome to the research pages of the Astrophysics Group. The main research topics are listed in the left-hand menu, incorporating the following sub-groups:
- Astronomical Instrumentation (Optical Science Laboratory)
- (Exo)Planetary Systems
- Stars, Star Formation and Galaxy Evolution
In addition, we are linked to:
We also work closely with the following groups at UCL:
- Atomic, Molecular, Optical and Positron Physics (AMOPP)
- Centre for Cosmic Chemistry & Physics
- Mullard Space Science Labs (Space and Climate Physics & Astronomical Detectors) (MSSL)
- Planetary Geology
- Theoretical Atomic and Molecular Physics and Astrophysics (TAMPA)
- Centre for Planetary Science (CPS)
Page last modified on 30 jul 13 09:51 by Alexandra N D Fanghanel