In a few years we’ll be able to charge virtually wherever and whenever we want with only minimal buildout of the power grid, according to electrical engineering professor Magnus Korpås.
Japan is at the forefront of building all kinds of different robots, from industrial machines to robots that look like humans and can talk to us. The only purpose for these humanoid robots is to make us happy.
A team of Norwegian, French and Australian researchers is the first in the world to succeed in quantifying the effects of radiation on individual cancer cells. This means that radiation therapies can now be tailored to individual tumours and thus be more effective.
3D fingerprinting can detect forgers. It could also make border crossings and passport controls safer and faster.
Fibre optics are at the heart of today’s communication systems, a number of medical devices and more. But when researchers put a silicon-germanium mix at the core of the fibre and treated it, they made something with potential far beyond transmitting light.
Medical alert systems are going to enable you and I to live longer at home. Researchers have recently been looking closely at these systems with a view to improving them.
Big Data means that professional fishermen will soon be getting their own decision-making tool. It will tell them where fish shoals are located, and how their vessels can be operated as economically as possible.
The Nordic Five Tech, an alliance of the leading technical universities in the Nordic countries, celebrated its tenth anniversary this June with a high level summit to plot a strategy for its next decade. There was talk of horses, cars, and swimming robot snakes.
Representatives from Japanese and Norwegian universities, research institutions, government agencies and industries interested in polar issues will gather in Tokyo in early June to present research results and build partnerships.
Starting today, Hiroshito Matsumoto will work from a base in Toyko on behalf of NTNU and the University of Bergen to build new research partnerships between Japan and Norway.
Looking for sheep can be done a lot more effectively than today. A drone may be a farmer’s next tool in finding their lost lambs.
NTNU and Norway’s technological capital—Trondheim—hosted a Climathon to give the city the tools it needs to make ambitious greenhouse gas cuts. The results might be helpful to other cities around the globe that face the same problem.
Sensors, data and analyses all help to give advance warning of critical situations developing on production lines. This can reduce downtime by 50 per cent.
A new smart mirror containing technology developed by NTNU researchers uses 3D-scanners and cameras to make measurements while you brush your teeth, giving you answers about your health minutes later.
Professor Dag Svanæs has lectured at Stanford University and is inspired by the philosophers Martin Heidegger and Maurice Merleau-Ponty. He has also had a furry mechanized tail that he still sometimes misses.
Norwegian manufacturers of agricultural technology are now getting active support from researchers. Such companies will benefit from new applications and exposure to a global market.
Global warming is upending virtually everything that scientists know about the Arctic ice cap. During the first half of 2015, a multinational team of researchers froze the RV Lance into the Arctic ice to learn more about how this ice has changed. NTNU researchers were among the scientists seeking to learn more about this changing environment.
“Dynamic positioning” has been hailed as “the jewel in the crown” and Norway’s greatest engineering feat since World War II. But what is it?
Producing pure aluminium from ore accounts for as much as 1 per cent of all greenhouse gas emissions worldwide. Recycling is the best way to reduce that carbon footprint – but manufacturers and recycling companies will have to plan carefully to avoid problems with impurities that accumulate in recycled aluminium over time.
2014 NOBEL PRIZE — There’s a proverb – the origins of which are hotly disputed – that says “It takes a village to raise a child.” You could almost say the same thing about groundbreaking discoveries in neuroscience, if NTNU’s Kavli Institute for Systems Neuroscience/Centre for Neural Computation (KI/CNC) is any example.
NTH, Norway’s first technical university and one of the main predecessors to NTNU, SINTEF and MARINTEK, opened in Trondheim in 1910. Just three years later its scientists began to think very big – 170 metres big.