A major international project is attempting to create the first comprehensive three-dimensional map of all human cells which could end up revealing secrets about our health and how our bodies function.
It's easy to picture a black hole as a kind of all-powerful cosmic drain, a sinkhole of super-strong gravity that snags and swallows passing nebulae or stars. While it is true we can’t observe matter once it crosses a black hole’s event horizon, scientists are zeroing in on what happens in the margins, where molecular clouds release vast amounts of energy as it circles the plughole.
With some nanoscopes costing EUR 1 million it’s not cheap examining the world at an atomic level, but according to Dr Balpreet Singh Ahluwalia, from the Arctic University of Norway, photonic circuits could offer researchers a cost-effective way to delve deeper into the nano world.
Utilising the superhero properties of materials around an atom thick could revolutionise how we store energy in electronic devices, according to Valeria Nicolosi, professor of nanomaterials and advanced microscopy at Trinity College Dublin, Ireland.
An international league of scientists is kicking off the decades-long process of developing the successor to the Large Hadron Collider, the world’s largest and most powerful particle accelerator.
The first Middle East particle accelerator – officially opened on 16 May – sets an example for young researchers on how a small group of people can build bridges across the troubled region, according to one of the original founders of the project, Professor Eliezer Rabinovici from the Hebrew University of Jerusalem, Israel, who also holds the Louis Michel Chair at France’s Institut des Hautes Études Scientifiques.
Pan-European conference discusses the future of innovation in the EU.
Learning how the brain decodes subtle social signals like body language could help people with autism.
Food insecurity leads to increased migration, says Cristina Amaral.