This year’s meeting was held at the Spirits Museum in Stockholm and included presentations from several ongoing research projects – including studies on wine tourism, work environments in restaurant kitchens, and AI robots as colleagues.
The Swedish Hospitality Industry’s Research and Development Fund (BFUF) annual research meeting is a platform for knowledge exchange and networking, where researchers, industry representatives and BFUF’s board meet to discuss current res
Through green chemistry and smart processing, cellulose can be given new properties that result in stronger paper and improved barrier materials. This is demonstrated in a new doctoral thesis from Karlstad University.
Plastic is currently widely used in paper‑based packaging, such as milk and food cartons, to protect against air and moisture. However, plastic is fossil‑based and difficult to recycle together with paper.
Through green chemistry and smart processing, cellulose can be given new properties that result in stronger paper and improved barrier materials. This is demonstrated in a new doctoral thesis from Karlstad University.
Plastic is currently widely used in paper‑based packaging, such as milk and food cartons, to protect against air and moisture. However, plastic is fossil‑based and difficult to recycle together with paper.
Through green chemistry and smart processing, cellulose can be given new properties that result in stronger paper and improved barrier materials. This is demonstrated in a new doctoral thesis from Karlstad University.
Plastic is currently widely used in paper‑based packaging, such as milk and food cartons, to protect against air and moisture. However, plastic is fossil‑based and difficult to recycle together with paper.
Through green chemistry and smart processing, cellulose can be given new properties that result in stronger paper and improved barrier materials. This is demonstrated in a new doctoral thesis from Karlstad University.
Plastic is currently widely used in paper‑based packaging, such as milk and food cartons, to protect against air and moisture. However, plastic is fossil‑based and difficult to recycle together with paper.
Immersion is the feeling of being absorbed in such a way that perception of the surrounding environment diminishes – as if you were transported elsewhere. Virtual Reality (VR) is often described as the ultimate immersive medium, since it shuts out the physical space for both sight and hearing.
Immersion is the feeling of being absorbed in such a way that perception of the surrounding environment diminishes – as if you were transported elsewhere. Virtual Reality (VR) is often described as the ultimate immersive medium, since it shuts out the physical space for both sight and hearing.
On 5 May, MAX IV visited Karlstad University as part of the MAX IV Roadshow. During the visit, both current research opportunities and future plans for the world leading synchrotron radiation facility in Lund were presented.
On 5 May, MAX IV visited Karlstad University as part of the MAX IV Roadshow. During the visit, both current research opportunities and future plans for the world leading synchrotron radiation facility in Lund were presented.
On 5 May, MAX IV visited Karlstad University as part of the MAX IV Roadshow. During the visit, both current research opportunities and future plans for the world leading synchrotron radiation facility in Lund were presented.
As more households and buildings both produce and consume energy, for example through solar panels and electric vehicles, energy systems require flexible solutions. This is what Amal Nammouchi has explored in her dissertation, where the research lies at the intersection of artificial intelligence and energy.
What is AI for applied energy? “AI in applied energy is about the challenge of operating power systems reliably as they become increasingly decentralized.
As more households and buildings both produce and consume energy, for example through solar panels and electric vehicles, energy systems require flexible solutions. This is what Amal Nammouchi has explored in her dissertation, where the research lies at the intersection of artificial intelligence and energy.
What is AI for applied energy? “AI in applied energy is about the challenge of operating power systems reliably as they become increasingly decentralized.
As more households and buildings both produce and consume energy, for example through solar panels and electric vehicles, energy systems require flexible solutions. This is what Amal Nammouchi has explored in her dissertation, where the research lies at the intersection of artificial intelligence and energy.
What is AI for applied energy? “AI in applied energy is about the challenge of operating power systems reliably as they become increasingly decentralized.
