HomeNews

News

Ancient fossilised algae may be the gateway to understanding the atmospheric carbon dioxide levels of the Earth during the dinosaur era, and the role this played in changing the prehistoric climate. Copyright: Shutterstock

Fossil plankton may be the key to understanding prehistoric climate change

Science
Research
Environment
The pictures show Sir Michael Fallon inspecting a Pulsed Laser Deposition system in the Centre for Applied Superconductivity with Professor Susannah Speller from the Oxford University Materials Department.

New Oxford superconductor centre energises high-tech innovation

Science
Innovation
Research
Analysing handpump vibrations give clues to groundwater depths

'Smart handpumps' predict depths of groundwater in Africa

Innovation
Research
Science
Policy
Bots have human-like qualities

'Computer bots are like humans, having fights lasting years'

Research
Science
Study offers hope of new treatment for rheumatoid arthritis

Study offers hope of new treatment for rheumatoid arthritis

Research
Health
Science
Rosalind Franklin Research Institute

New £100 million Rosalind Franklin research institute to improve health through physical science innovation

Research
Health
White Fronted Bee Eaters

Blood ties fuel cooperation among species, not survival instinct

Science
Research
Environment
Modern housing associated with reduced malaria risk in sub-Saharan Africa

Modern housing may cut malaria risk in sub-Saharan Africa

Research
Health
Malaria
Science
Polling station 300

Why the working class voter may be turning away from Labour

Research
Society
Policy
Hospital corridor

'30,000 excess deaths in 2015 linked to cuts in health and social care'

Research
Policy

Pages