In earlier times, cities like Trondheim and Bergen had a ferryman who rowed people from place to place. They were the taxi drivers of the waterways. Now, a new, future-oriented form of water transport will be available to the public.
Very soon, there will be enormous numbers of used EV batteries available, but we have yet to work out how we will be organising the reuse of this massive resource.
High energy prices highlight the importance of the thousands of kilometres of insulated pipe networks and equipment in industrial plants. However, corrosion under the pipes’ insulation is hard to detect and can have severe consequences. New surveillance technology being developed by SINTEF can help combat this looming threat.
Researchers in Norway are among those at the forefront in the field of nanoelectronics. Their goal is to create electronic components at the atomic level, which would open vast possibilities for electronic gadgets.
A new discovery is an important step towards smaller, more advanced electronics. And maybe more environmentally friendly gadgets, too.
Researchers in Norway may be on the cusp of a solution to make tech gadgets even smaller and more powerful.
NTNU students have developed a smart glove for astronauts that can be used while exploring other planets. NASA partners recently conducted successful testing of the glove at the Haughton Mars Project research station.
Do you have a phone or a car that always runs out of juice? Ingeborg Treu Røe is studying batteries that can store more energy and triple the range of your EV.
Ultraviolet light is used to kill bacteria and viruses, but UV lamps contain toxic mercury. A newly developed nanomaterial is changing that.
Even electric motors can be made more environmentally friendly. A Norwegian start-up company is on it.
Components are falling into place for the technology of the future. They can provide smaller, faster and cheaper electronics with minimal energy consumption.
It may sound futuristic, but most of us are already using this technology without really being aware of it. In fact, it’s all about small mechanical systems containing components well under half a millimetre in size. Norwegian researchers are advancing this technology that can be applied to almost everything you can think of.
Should you care that scientists can control a baffling current? Their research results could someday affect your daily living.
Would you hop into a driverless drone and let it fly off with you? In a few years you may have the chance to do just that.
Norwegian cross-country skiing is applying science to analyse how its elite athletes exploit their strengths during training and competition. The aims of this sensor-based research are to give skiers valuable advice about training and help them find the perfect pair of skis.
Robotics technology is making inroads into the aquaculture sector, making it possible to regulate facilities from onshore.
A scientist and a student team have developed the Colorophone system, which translates colour into sound.
Using a smartphone is not easy for older people who have problems with fine motor skills or mild disabilities. So a resourceful engineer enlisted the help of some researchers and took things into his own hands. Now a completely different type of phone will soon be on the market.
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.
The Kon-Tiki2 expedition aims to both reinforce and challenge Heyerdahl’s theories – and NTNU will gather unique research material from the major oceans that the expedition crosses
France is going to test an artificial heart on patients. The heart will contain a Norwegian pressure sensor.
A Norwegian, satellite-based system aims to ensure that helicopters and light aircraft are prevented from colliding with power lines and other obstacles.