This month, Horizon explores the weird and wonderful world of 2D materials. We talk to researchers revving up for a nano car race on a track the size of a flu virus, and others who are splicing atom-thick layers to create materials with on-demand properties. We find out how one scientist is bending and stretching 2D materials to create ultra-small sensors, and discover some of the other potential applications creating a buzz, including energy storage and high-power computing.
Bending and stretching 2D materials to change their properties could lead to ultra-small sensors that can help us understand how gravity works at the microscopic scale, according to Professor Kirill Bolotin from Freie Universität Berlin, Germany, who leads the EU-funded Strained2DMaterials project to uncover what happens to 2D materials under strain.
Rare diseases are uncommon, but there are still thousands of different conditions which together affect between 27-36 million people in the EU. This month, Horizon examines the latest efforts to tackle rare diseases as well as new technology to better diagnose uncommon conditions and novel ways to reduce the socioeconomic burden of unusual disorders.
This July, Horizon goes on an investigation to find the latest in how science can catch the bad guys, from recreating crime scenes in virtual reality to hidden cameras that turn on when they spot crime in rural areas. Plus we hear how looking at organised crime could help track down terrorists, and how to keep your information safe, such as through a phone that could recognise the way you swipe.
Stephen Hawking and Elon Musk fear that the robotic revolution may already be underway, but automation isn’t going to take over just yet – first machines will work alongside us.
Future human labourers could wear sensors that talk to their robot co-workers.
A digital personal assistant plans to help migrants integrate.
Better treatments are needed to help those suffering from rare diseases, says Dr Daria Julkowska.