Artificial intelligence has reached a new milestone in the long-running debate over machine creativity, according to the largest study ever conducted comparing human creativity with that of generative AI systems.
New research from the University of Nottingham shows the COVID-19 pandemic may have accelerated brain ageing by over five months, even in people who were never infected, due to stress and lifestyle changes.
A major £40 million investment will drive pioneering research at the University of Edinburgh, aiming to transform diagnosis and treatment for conditions such as autism, fragile X syndrome, and ADHD.
UCL and UCLH launch the Win‑Glio trial led by Dr Paul Mulholland, offering ipilimumab immunotherapy to newly diagnosed glioblastoma patients ahead of standard treatment.
The University of Liverpool is leading a £2.7 million clinical trial to investigate vagus nerve stimulation as a treatment for people with drug-resistant epilepsy.
An experimental drug known as ulefnersen has shown remarkable efficacy in treating a rare, aggressive form of ALS. Some patients experienced unprecedented functional recovery, offering new hope in a previously devastating diagnosis.
Superintendent Pharmacist Carolina Goncalves explores various factors impacting brain health, covering ways individuals can optimise their brain health as well as the latest developments in neuroscience research.
A neuroscience mystery has been solved by using artificial intelligence (AI) to identify the electrical signatures of different types of brain neurons for the first time.
A collaboration between the University of Michigan and Stanford University aims to give stroke victims the ability to 'speak' using brain implant technology.
A new study has found that consuming eight or more alcoholic drinks per week is associated with signs of brain injury, including damage to small blood vessels and markers related to memory and thinking problems.
A new study by researchers at the National Institute of Health (NIH) revealed their new four-dimensional brain map. This new way of brain mapping reveals how multiple sclerosis (MS) develops and how brain tissue may repair itself.
