Our Covid-19 research
Sussex has a wide range of expertise covering many topics associated with Covid-19. Our researchers are sharing their knowledge to help build an understanding of the pandemic and its impacts on communities.
Sussex chemist contributes to drug research
Professor John Spencer has joined over 100 researchers from industry and academia in efforts to find a successful antiviral drug to treat Covid-19.
Reduction in stress levels for SEND children
A Sussex study into the effects of lockdown on children with special educational needs and disabilities has found the majority felt less stress and anxiety away from school.
Complacency over herd immunity
Mathematicians at Sussex have warned about the risk of complacency over the level of ‘herd immunity’ required to stem the Covid-19 pandemic.
Human behaviour during a crisis
Sussex psychologist Professor John Drury is among a group of behaviour scientists advising the UK government during the coronavirus pandemic.
Making predictions about Covid-19
A 麻豆传媒社区入口 researcher is leading the development of Covid-19 forecasting reports which are being used by leading public health organisations.
Time to play
Child mental health experts tell ministers children must be free to play with friends to ease the stress of life in lockdown.
Family life and wellbeing
A team of Sussex psychologists is investigating how family life and well-being are being affected by the Covid-19 pandemic.
Attitudes to alcohol intake
A new research project is exploring how the coronavirus lockdown is affecting people's attitudes towards drinking and their alcohol intake.
Open-source hardware and 3D printing
Free open-source hardware and 3D printing could help to alleviate the burden of Covid-19 on global health systems, according to scientists at the University of Sussex.
Mathematical modelling for policymakers
New mathematical modelling finds that if the objective is to safeguard the ability of health services to cope, policymakers should intervene early and aim for two small peaks in infections, rather than one large peak.
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Contact
Please contact press@sussex.ac.uk if you would like further information on any of the research featured.