Social distancing policies, such as cancelling high-density gatherings, discouraging handshakes and asking people to increase their distance from each other will delay a coronavirus pandemic and help health authorities plan resources, according to epidemiologist Dr Vittoria Colizza who is modelling the spread of Covid-19 and the effectiveness of interventions.
If you want to build or fix something in space, you might think you’d need a human to do it. But what if you didn’t? What if robotic spacecraft could be used to refuel satellites in orbit, add new instruments to outdated machinery and even build entire structures while in space?
By 2030, a fifth of the fuel that motorists put into the petrol tanks of their cars could be alcohol, according to research concluding that new petrol and ethanol blends can reduce carbon emissions from Europe’s transport sector with little additional cost to consumers.
There is a certain romance to speleology, the study of caves, if you can see past the cold and the damp and the dark. Caves are ancient and often beautiful places. And they can be useful. Rock formations in caves, it turns out, hold within them chemical secrets that provide a window on both ancient civilisations and the climate of the future.
Training programmes to improve people’s social and cognitive skills should target people in their late 30s and early 40s as these abilities start to decline earlier than previously thought, according to researchers who are looking at how social abilities change over time.
Private companies are increasingly active in the space sector – from high-profile businesses such as SpaceX or Virgin Galactic to the nearly 3,000 small businesses that provide elements for the European Space Agency’s space programme. In March, Horizon explores the impact of this on research and innovation. We speak to a space law researcher about how to avoid the problems emerging from an increasingly crowded orbit, such as collisions. We look at how to minimise the environmental impact of satellites and delve into efforts to build a reusable European launcher for small payloads. We also look at the challenge of assembling, maintaining and repairing objects in space and the developments in space robotics that could help.
We need to improve how we keep track of objects in space and predict where they will go in order to avoid collisions in Earth’s increasingly crowded orbit, according to Dimitra Stefoudi, a space law researcher from Leiden University in the Netherlands.
Patients with rare diseases often suffer a long and lonely path as they struggle to find out what the cause of their debilitating symptoms are, but recent advances in diagnostics are helping to give them new hope of identifying their illness, and perhaps even finding a treatment, according to Dr Lucia Monaco of Italy's Fondazione Telethon and chair of the International Rare Diseases Research Consortium (IRDiRC).
When a massive star reaches the end of its life, it can explode as a supernova. But there’s a unique type of supernova that’s much brighter that we’re just starting to understand – and which may prove useful in measuring the universe.
In the zero-carbon cities of the future, commuting to work may take the form of hailing a driverless shuttle through an app which ferries you from your door to the nearest public transport terminal. In fact, autonomous shuttles have been in development in restricted areas for the past few years. So what will it take to make them part of our daily commute?
Metagenomics can help us spot emerging diseases, says virologist Marion Koopmans.
What are they and why are they promising for coronavirus?
The more satellite launches we do, the bigger the risk of damage or debris, says Dimitra Stefoudi.