Our innovation makes it safer to store CO₂ in the subsurface
Such storage will be crucial if we are to halt climate change, which is already costing us enormous sums of money and causing suffering for humans and animals.
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Why a groundbreaking discovery about tiny RNA molecules may be helpful for humans and wildlife
Short strands of genetic material called microRNA have implications for human health – but they could also revolutionize species identification, and perhaps even allow monitoring of wildlife health. Here’s how they work and the potential they offer.
What if our food was labelled with its nutrient content?
We throw away huge amounts of food. But would you change your behaviour if you knew the nutritional value of the food you waste?
Protects hearing while preserving sound quality
A new earplug can now serve as hearing protection, a music player, and a microphone – all at once! At the heart of this technology is a MEMS chip developed at SINTEF in collaboration with Minuendo.
Robots collaborate on remote sampling of zooplankton
In the first week of summer, a dynamic team of robots, researchers, students, and engineers in SFI Harvest and AUR-Lab embarked on a mission to sample zooplankton off the coast of Mausund, Norway.
We use chemicals for more or less ‘everything’. Now we have to find smarter ways of making them
Did you know that the chemical industry supplies products to virtually all other value chains, including the food, construction, health and transport sectors? All these industries are now having to renew themselves as part of the green transition, and SINTEF is working to help them.
We develop new technologies that may reduce the need for animal testing in medical research
Every organism needs to breathe – including cells that we use in in vitro microphysiological systems. We now have promising results with a material that enhances the quality of our experiments.
Advanced simulation of air currents can result in more habitable cities
Densely-packed housing makes urban areas vulnerable to overheating, pollution and dangerous wind gusts. The effects of climate change can aggravate these problems, but we can also work to prevent them. This can be done by simulating microclimates.
Which is best – digitalisation or digital transformation?
Have you ever wondered what the terms digitalisation and digital transformation really mean? Are you unsure about when to use these terms and what they mean to you? And, more to the point, what’s the difference?
What type of paths do we need to encourage more people to cycle all year round?
Even in Norway, more people than ever are cycling in winter. But what types of cycle paths are best for the cyclist, the bike, the path itself and the environment?
For how long can you keep warm during a power outage?
Many Norwegian homes can only be heated using electricity. The authors of this blog argue that in the event of an extended power outage, energy-efficient homes will stay warm for much longer than those built according to the minimum regulatory requirements.
Deep learning may help to prevent salmon escapes in rough seas
Artificial intelligence can be of great benefit underwater and SINTEF, in collaboration with the research centre SFI Exposed, is developing systems that will help to boost fish farm safety and security under harsh sea conditions.
Innovative recovery of valuable raw materials from ‘red mud’
Waste slags from the metallurgy industries often contain valuable materials, but in very small concentrations. This means that large areas of valuable land are used to accommodate reservoirs filled with what is sometimes toxic waste. We now want to use hydrogen to convert this waste into a resource.
Working from home has become a universal right. This raises five important questions
How can we ensure that everyone feels that they can cope and develop? This is just one of many challenges that employers have to address now that working from home is here to stay.
Could cusk fish be the new cod?
Today we think of cusk as a bycatch species of little or no value. But our test panel came to quite a different conclusion.
Climate-friendly metal production – why is it difficult?
Most people know that metals are made from ore, but how do we make gold from gravel? That’s the process we must understand to be able to make the metal industry climate friendly. Here are some alternatives for CO2-free metal production.
Does Trondheim have the world’s most active seniors?
“I’m too old to train! It’s too late to start now.” Think again!
Dementia makes it hard to detect pain in new nursing home residents
An assessment tool can make it easier for healthcare professionals to identify pain in residents with dementia. The right treatment can improve residents’ quality of life.
Is weight loss harmful to tiny top athletes?
Shorebirds burn a lot of fat during their long migrations. This can release toxic chemicals that accumulate in fat cells.
Management interference can block idea development
Only very few companies succeed consistently in developing new ideas. But those that do have one factor in common. The boss doesn’t interfere.
Is it always right to save lives? A radical proposal
In neonatal medicine, there is a grey area where professionals may be uncertain whether it is in the child’s best interests to start life-saving treatment. Without it, the infant dies. But the treatment can also do great harm. One of the foremost duties of medicine is often said to be to “do no harm”. But how much of a burden on the infant is acceptable? At what point is the hope simply too small to justify action?
Recirculating off-gas contributes to carbon capture
Producing silicon results in large carbon dioxide emissions, but recirculating it can remove contaminants more efficiently.
Artificial intelligence makes it easier to study wild fish at salmon farm sites
New technologies, including artificial intelligence, allow us to study salmon behaviour and their living environment in large-scale commercial sea cages.
The body’s own signalling system provides the key to new diagnostic tools and personalized medicine
Several studies have demonstrated that tiny biological particles called exosomes may carry important information about diseases. We are currently searching for these tiny particles in cooperation with our project partners. If we succeed, we can use the exosomes to predict diseases before they occur.