Press Releases
Artificial Intelligence: Meet the students researching its future
Artificial Intelligence is developing every day, and shaping the future of AI are three PhD students from the University of Warwick, who received the Feuer Scholarship from technology mogul Jonathan Feuer, enabling them to do AI research in topics from computer vision, to helping the homeless, to making information retrieval models more powerful and less biased.
Meet the PhD student helping the homeless with Artificial Intelligence
As homelessness in the UK increases, one PhD student at the University of Warwick is on a mission to help those in need using AI algorithms, helping charities reach as many people sleeping rough as possible following alerts from members of the public.
Meet the student making search engines more powerful and less biased
Artificial Intelligence is developing every day, and shaping the future of AI is Aparajita Haldar, who received the Feuer Scholarship from technology mogul Jonathan Feuer, enabling her to research making information retrieval models more powerful and less biased at the University of Warwick.
New analysis highlights impact of poverty and exploitation on children’s lives
The damaging impact of poverty on children and their families and the growing problem of exploitation are revealed in a new report by researchers at the University of East Anglia (UEA) and University of Warwick.
Warwick is slicing up science for International Women’s Day
Fancy learning about space science, making protein jelly, and lighting up a few LED circuits – all before you enjoy tea and cake?
An event at the University of Warwick this weekend (Sunday 8 March) will allow visitors to do just that.
Two stars merged to form massive white dwarf
A massive white dwarf star with a bizarre carbon-rich atmosphere could be two white dwarfs merged together according to an international team led by University of Warwick astronomers, and only narrowly avoided destruction. They have discovered an unusual ultra-massive white dwarf around 150 light years from us with an atmospheric composition never seen before, the first time that a merged white dwarf has been identified using its atmospheric composition as a clue.