In April, Horizon learns about devices that can print liquefied food, machines to make personalised spectacles, and the research that is paving the way for the printing of implants using live cells.
We look at the role of 3D printing in personalised healthcare, including made-to-measure spectacles and insoles that fit a patient’s feet, and technology that could one day enable doctors to 3D print implants using the body’s own cells.
Consultant Dr Phil Reeves gives his views on how Europe can build the momentum required to turn 3D printing into mass-scale personalised production, and lawyer Joren De Wachter explains why 3D printing has new implications for copyright and intellectual property laws.
Horizon has also produced an interactive timeline, based on the EU’s first 3D printing roadmap, which looks into the far future of 3D printing. To find out whether that future includes a Star Trek-style replicator, we recorded an interview with Marcel Slot, the man who coordinated the roadmap project.
3D printing is poised to transform the world as we know it. Consumer goods will be personalised and produced on demand, while manufacturers will be able to use 3D printing to come up with radical new designs for everyday objects. But how will this happen, and when?
Copyright law will struggle to be relevant for 3D-printed material, according to Joren De Wachter, an intellectual property strategist who advises companies and investors on the best way to use, understand and value the intellectual property of 3D-printed goods.
Made-to-measure glasses would be more comfortable than normal ones, look better and work more effectively, according to one of a group of research projects that are developing ways to 3D print healthcare products on demand.
Dr Phil Reeves, managing director of Econolyst, a global 3D printing consultancy, believes research needs to be coordinated across the EU to push forward 3D printing and give us mass-personalised goods made locally, on demand.
Every minute, satellites and sensors collect enormous amounts of data about the world around us – from temperature to pollution and forest cover to soil quality. This month, Horizon looks into the technologies behind Earth observation and how we can make best use of the vast amounts of information produced. We find out how measurements taken by people with smartphones on the ground can feed into local datasets and how the minituarisation of satellites is creating opportunities for start-ups to enter the Earth observation market. We also discover how measurements are being used to protect ecosystems and what historical data can tell us about extreme weather such as hurricanes and droughts.
The world’s oceans are overfished, polluted and – for something that makes up 70% of the Earth’s surface – still little understood. This month, Horizon looks at some of the science that could help us take better care of our oceans, from robots trash collectors out at sea to finding ways to track the plastic that enters our waters. Plus, we look at how climate change is affecting plans for sustainable aquaculture, tech that can help divers reduce the cost of their dives by more than 50%, and the challenges facing research in the Black Sea.
The pioneering solar flight foundation Solar Impulse has launched an ‘Efficient Solution’ label for clean energy start-ups and innovations that can demonstrate their profitability, in a bid to boost investment in the sector.
Profitability, not altruism, set to spur investors.
Scientists are working out how to improve the quality of urban environments.
Co-author of Stephen Hawking's final paper talks about how their work goes beyond Einstein.