Researchers were surprised to find live microbes in a rock collected from space. The sample was retrieved on the Japanese ...

Imperial is achieving a major step-up in life sciences capacity at its White City Deep Tech Campus through a new joint ...

Cancer evolution is encoded within the epigenome, can be measured using Bayesian inference at scale and predicts patient outcomes in blood cancer. Abstract: Cancer’s aberrant growth is driven by ...

This weekly seminar series will feature internal (Department of Infectious Disease staff) and external guest lectures based on our research interests. Everyone is welcome to attend this joint DOID ...

Imperial has opened a hub in Ghana with a commitment to boost scientific collaboration as it launches new fellowships in AI ...

What is a tree? Or a forest? And why does it matter? Trees and forests are a key part of our climate system, reservoirs of biodiversity, urban thermoregulation devices, and they make us happier and ...

Nano-scale changes in structure can help optimise ion exchange membranes for use in devices such as flow batteries.

The total number of adults living with type 1 or type 2 diabetes in the world has surpassed 800 million, according to new ...

Abstract: Computer vision and deep-learning technologies have unlocked the possibility to automate a large number of vision tasks. This talk will cover different optical and image processing ...

Heat-flow is of fundamental interest in plasmas with extreme temperature gradients. These plasmas can range from those found in laser-plasma experiments, to relativistic jets or tokamak divertors.

Transformative technologies that drive growth and jobs will benefit from new investment by the government’s national research ...

A quantitative world: should we stop binarizing our epidemiological data? Infectious disease models are usually fitted to binary or count data to estimate key epidemiological parameters. However, many ...