Bronze for three schools as Athena Swan push accelerates
Congratulations to the School of Pharmacy and Biomolecular Sciences, the Liverpool Business School and the Astrophysics Research Institute on achieving the Athena SWAN Charter Mark.
Congratulations to the School of Pharmacy and Biomolecular Sciences, the Liverpool Business School and the Astrophysics Research Institute on achieving the Athena SWAN Charter Mark.
A key member of the Liverpool Telescope Gamma-Ray Burst Team, Professor Andreja Gomboc at the University of Nova Gorica in Slovenia, has received the 2015 Zois Award for her study of Gamma Ray Bursts.
LJMU research using drones and machine for wildlife conservation is showcased in major Institute of Physics report
Read more about how LJMU's Liverpool Telescope has helped to find seven earth-sized worlds.
The morning saw graduations from Maritime and Mechanical Engineering, the Astrophysics Research Institute, Electronics and Electrical Engineering and the School of Nursing and Allied Health. In the afternoon Computer Science, Applied Mathematics, Engineering and Technology Research Institute, Civil Engineering and Built Environment all celebrated their graduations.
Astronomers scanning the sky to make new discoveries in the universe have witnessed a record-breaking cosmic explosion about 200 times more powerful than a typical supernova - and more than twice as luminous as the previous record-holding supernova.
LJMU joins forces with Spanish astronomy institute to develop the world’s largest robotic telescope
For the first time astronomers, including Dr Richard Parker, of the Astrophysics Research Institute at LJMU, have caught a multiple-star system as it is created, and their observations are providing new insight into how such systems, and possibly the solar system, are formed. The amazing images taken from a series of telescopes on Earth show clouds of gas which are in the process of developing into stars.
An LJMU astronomy researcher has played an integral role in the investigation of one of the most observed and puzzling objects ever discovered.
Scientists at LJMU are capturing the thermal profiles of animals at a local wildlife park in order to help researchers around the world classify and monitor endangered species in the wild.