Encryption: how it works, why we should care, and what we can do
The first part of Marc Richly's three-part series on encryption
Contact: science.felix@imperial.ac.uk
The first part of Marc Richly's three-part series on encryption
Staff writer Wang Guo takes a look at snake bites and a universal cure for them
Electrical gene control and water on the moon
“Because of climate change, the probability of an event such as that in 2022 has increased by a factor of about 30”
As technology advances, there is growing potential to advance beyond the boundaries of our human bodies
The development of AI and large datasets will help automate the processes of drug discovery and development.
Saachi Sachdev explores how researchers at Imperial College London are working to improve prostate cancer testing
Part 2 of Science writer Marc Richly's series on encryption
This temporary exhibition covered a wide range of topics, ranging from controlling technology with your mind to neuron-inspired string art
Staff Writer Wang Guo reflects on the growing sector that has rapidly evolved, and ponders its future.
The vaginal microbiome, methane in London and a revolutionary sickle cell treatment
Peter Adesina investigates how the shape, size and distribution of sand particles on a microscopic scale affect behaviour and material properties on a much larger (macro)scale