Phones and cancer
Longer mobile phone use does not increase the risk of brain tumours
Using a mobile phone for extended periods is not linked with an increased risk of brain cancer, a study shows.
Longer mobile phone use does not increase the risk of brain tumours
Using a mobile phone for extended periods is not linked with an increased risk of brain cancer, a study shows.
Largest study explores impact of dust on Tube staff
Researchers have carried out the largest study to date on the potential health impacts from
airborne dust on the London Underground.
Impact of artificial intelligence on AMR: Common themes and challenges
Researchers gather to explore visions, themes & challenges around the use of Artificial Intelligence (AI) to tackle antimicrobial resistance (AMR).
Imperial opens major new building for School of Public Health
A significant new research facility, driving advances in health policy and preventing and treating disease, has officially opened today.
Designing microbes to remove microplastics pollution
Imperial researchers propose using microbes and enzymes to remove microplastics from wastewater and sewage before they are turned into fertilizer.
Dr Hayaatun Sillem CBE discusses opportunities for engineering in policymaking
Imperial Policy Forum welcomed Dr Hayaatun Sillem CBE, CEO of the Royal Academy of Engineering to Imperial College.
More than one billion people now living with obesity, global analysis suggests
New analysis led by Imperial’s School of Public Health shows obesity rates have increased dramatically over the last three decades.
Imperial experts join Hammersmith & Fulham partnership to tackle air pollution
Imperial researchers will partner with Hammersmith & Fulham Council and Imperial College Healthcare NHS Trust on local air quality research.
Unveiling the Impact of Digital Technologies on Adolescent Mental Health
Shedding light on the relationship between depression, anxiety, and the use of digital technology among adolescents during the COVID-19 pandemic.
Blood pressure variability is a major predictor of heart attack and stroke risk
Changes to blood pressure over time could be used to identify patients at greatest risk of heart attack and stroke.