When accidents happen, the difference between life and death may come down to the materials of the car, boat or building that you find yourself in. The best possible protection requires understanding as much as possible about how different materials behave under stress.
Dating apps won’t help you much if your goal is to have more relationships. You would probably succeed just as well – or poorly – without it.
As reindeer go, the animals living on Svalbard might not be Santa’s first choice. They’re a smaller subspecies of their common mainland relatives, and to save energy they basically never run. But because they were nearly exterminated from Svalbard around 1900 — and were then protected in 1925 — the animals provide unique insights into how conservation can help species thrive.
Moose prefer to browse on deciduous trees. Then conifers take over and affect the species diversity in the forest. One researcher contends that Norwegian wildlife management is not good enough to address what happens in the wake of these large herbivores.
Floods are expensive and at times dangerous. But what if a computer disaster simulation game could show politicians and local people what potential floods in their town would look like?
You may feel like you can’t do anything to stop climate change. But climate activists who joined in grassroots movements managed to cut their carbon footprints and were still happier than their non-activist peers, new research shows.
Our craving for daylight has accelerated the use of glass in modern buildings. However, for people concerned about safety, our passion for the light comes with a dark side.
We create mental maps as we move around. But these maps can be distorted if the surroundings change. That makes it more difficult to remember where something was.
Two people died roughly 100 years apart. Nevertheless, they were buried together. In boats.
What if we could create artificial bees that helped us with food production? Ola Gjønnes Grendal cooks up the materials needed to do just this.
Staying fit or improving fitness over time should be a goal for anyone who wants to reduce the likelihood of getting dementia.
Hydrogen as an energy carrier can help us move away from fossil fuels, but only if it is created efficiently. One way to improve efficiency is to use waste heat that’s left over from other industrial processes.
A newer method of measurement has helped scientists date some stave churches more accurately than in the past. The method shows that several stave churches are older than the dates previously attributed to them.
Some children learn to read early. Others need more time. But we can do some things to help them, and one of them is important to do first.
Cholesterol crystals form from “bad” cholesterol and are found in plaques that line blood vessels. When these plaques rupture, they can cause heart attacks or strokes. New research suggests that cholesterol crystals in plaques can actually trigger strokes and heart attacks.
Kids are spending more and more time in front of screens — but it may come at a cost.
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.
Materials scientists who work with nano-sized components have developed ways of working with their vanishingly small materials. But what if you could get your components to assemble themselves into different structures without actually handling them at all?
Fewer patients relapse after metacognitive therapy for depression, new research shows.
Nature has long been an inspiration for materials engineers and designers — just think of Velcro, the ubiquitous stick-to-itself tape that was created by a Swiss engineer after he picked burs out of his dog’s coat. Now a team of NTNU researchers has looked in more detail at how tiny conical structures on a lotus leaf or insect’s wing repel water and help keep it clean.
Most people think it’s a good thing that public health authorities propose preventive health measures. The greatest resistance is found among individuals who need these measures the most – such as smokers, people with unhealthy diets or who don’t exercise.
By now it’s well established that microplastics are a problem in the environment, even in the remotest parts of the planet. But where do different microplastics come from and how they get there, especially in the Arctic?
How can plants defend against different threats to their cell walls?
It sounds a bit strange, but some materials become stronger when subjected to stress. Why is that, and why do they eventually fail anyway?
