£1.5M for NEUROMOD+
£1.5M award for new network to address brain disorders
An Imperial-led team has won £1.5M to establish a research network in neuromodulation.
Stories tagged with 'brain'
Neuro-research on show
Imperial Neurotechnology 2022 showcases cutting edge neurotech research
The Imperial College Centre of Excellence in Neurotechnology hosted its 8th Annual Research Symposium at Imperial College on 5th July 2022.
Brain size impact
Head injuries in children linked to reduced brain size and learning difficulties
Traumatic brain injury may lead to reduced brain size in some children and teenagers which can be linked to cognitive problems, a new study shows.
Video
Mind-controlled VR
New video from Imperial startup shows VR game controlled by thought
A new video by Imperial startup Cogitat shows a VR game-player controlling their virtual body using nothing more than the power of thought.
Top women engineers
“If you enjoy doing it, go ahead and do it” - women engineers in #INWED Top 50
Three Imperial engineers have been lauded in the Women’s Engineering Society (WES)’s Top 50 Women in Engineering Awards for #INWED.
1
News in brief
Medical marvels and noble findings: News from the College
Here’s a batch of fresh news and announcements from across Imperial.
DEMENTIA CARE
New dementia research centre to pioneer transformative tech for at-home care
A groundbreaking centre for research into the use of technology to improve dementia care was officially opened today at Imperial's White City Campus.
Dementia Impact
Five ways Imperial research is making an impact on our understanding of dementia
To mark Dementia Action Week, we look at how Imperial College London is making an impact on our understanding of dementia.
Audio
All ears
Podcast: HIV vaccine progress, COVID and brains, and saving Brazil’s forests
In this edition: We hear how close we are to an HIV vaccine, how severe COVID-19 affects brain power, and how one ecologist is saving Brazil’s forests
Nerve damage
T cells block nerve cell regeneration with age, but can be reversed – mice study
New research in mice shows T cells prevent damaged nerve cells from regenerating due to a reversible, ageing-related mechanism.
