Shaping a healthier, more prosperous and equitable future for our digital society.
Reimagining research for a digital age
Queen Mary is pioneering new ways for experts to work together on the opportunities and challenges of a data-driven society in ways that are as agile and adaptive as the world they study. Our Digital Environment and Data Institute provides a platform to create and understand innovative digital technology.
Human-centred digital innovation
We have world-leading expertise in both data and digital technologies and the ethical and legal frameworks we will need to navigate their use and consequences.
A focus on fairness
Whether it’s the use of drones in combat or engineering the climate, we are leading the conversation about how digital and data-driven innovation can create a fairer, greener society.
Research spotlight
The heart’s twin – how pioneering digital twin research is personalising the treatment of Atrial Fibrillation
Atrial fibrillation - irregular heart rhythm - affects around 1.4 million UK people.
How do you store the most dangerous materials on Earth? Changing international policies on nuclear waste
The safe storage of nuclear waste is a major environmental challenge as spent fuel from fission reactors remains radioactive for hundreds of thousands of years. Professor Kostya Trachenko has made a crucial contribution in this field.
The 100,000 Genomes Project: holding the key to 21st-century healthcare?
This project has sequenced 100,000 genomes from around 85,000 patients affected by rare disorders and cancers – making the UK a world leader in genomic medicine.
Preventing Online Gambling Harm Through Better Regulation
Professor Julia Hörnle and her team explored the risks of online gambling, including addiction, minors playing, indebtedness, fraud, money-laundering and manipulation of sports.
New tests for early detection of pancreatic cancer offer significant hope
Researchers at Queen Mary have developed an easy-to-use urine test to detect pancreatic cancer. This, in combination with an algorithm-based risk score, may offer earlier detection of the cancer, and offer a significantly better prognosis.
The 100,000 Genomes Project: holding the key to 21st-century healthcare?
This remarkable project sequences 100,000 genomes from circa 85,000 patients affected by rare disorders and cancers – making the UK a world leader in genomic medicine.
How do you store the most dangerous materials on Earth? Changing international policies on nuclear waste
The safe storage of nuclear waste is a major environmental challenge as spent fuel from fission reactors remains radioactive for hundreds of thousands of years. Professor Kostya Trachenko has made a crucial contribution in this field.
The 100,000 Genomes Project: holding the key to 21st-century healthcare?
This project has sequenced 100,000 genomes from around 85,000 patients affected by rare disorders and cancers – making the UK a world leader in genomic medicine.
Preventing Online Gambling Harm Through Better Regulation
Professor Julia Hörnle and her team explored the risks of online gambling, including addiction, minors playing, indebtedness, fraud, money-laundering and manipulation of sports.
New tests for early detection of pancreatic cancer offer significant hope
Researchers at Queen Mary have developed an easy-to-use urine test to detect pancreatic cancer. This, in combination with an algorithm-based risk score, may offer earlier detection of the cancer, and offer a significantly better prognosis.
The 100,000 Genomes Project: holding the key to 21st-century healthcare?
This remarkable project sequences 100,000 genomes from circa 85,000 patients affected by rare disorders and cancers – making the UK a world leader in genomic medicine.
How do you store the most dangerous materials on Earth? Changing international policies on nuclear waste
The safe storage of nuclear waste is a major environmental challenge as spent fuel from fission reactors remains radioactive for hundreds of thousands of years. Professor Kostya Trachenko has made a crucial contribution in this field.
The 100,000 Genomes Project: holding the key to 21st-century healthcare?
This project has sequenced 100,000 genomes from around 85,000 patients affected by rare disorders and cancers – making the UK a world leader in genomic medicine.
Preventing Online Gambling Harm Through Better Regulation
Professor Julia Hörnle and her team explored the risks of online gambling, including addiction, minors playing, indebtedness, fraud, money-laundering and manipulation of sports.
New tests for early detection of pancreatic cancer offer significant hope
Researchers at Queen Mary have developed an easy-to-use urine test to detect pancreatic cancer. This, in combination with an algorithm-based risk score, may offer earlier detection of the cancer, and offer a significantly better prognosis.
The 100,000 Genomes Project: holding the key to 21st-century healthcare?
This remarkable project sequences 100,000 genomes from circa 85,000 patients affected by rare disorders and cancers – making the UK a world leader in genomic medicine.
