The EU-funded project PIONEERS-6G (Platform and Device Innovations for Energy-Efficient, Resilient, and Secure 6G IoT Systems), coordinated by Karlstad University, has officially kicked off.
Over two days, all project partners gathered at Karlstad University to establish the framework for the work ahead.
– It was very valuable to meet all the partners and get to know each other better.
The EU-funded project PIONEERS-6G (Platform and Device Innovations for Energy-Efficient, Resilient, and Secure 6G IoT Systems), coordinated by Karlstad University, has officially kicked off.
Over two days, all project partners gathered at Karlstad University to establish the framework for the work ahead.
– It was very valuable to meet all the partners and get to know each other better.
The EU-funded project PIONEERS-6G (Platform and Device Innovations for Energy-Efficient, Resilient, and Secure 6G IoT Systems), coordinated by Karlstad University, has officially kicked off.
Over two days, all project partners gathered at Karlstad University to establish the framework for the work ahead.
– It was very valuable to meet all the partners and get to know each other better.
The Bachelor of Science in Social Work at Karlstad University demonstrates high quality. This is confirmed by the Swedish Higher Education Authority’s (UKÄ) national evaluation of all 19 programmes in Sweden leading to a degree in social work.
According to the assessment panel, the programme is well designed and based on a sound scientific and professional foundation.
The Bachelor of Science in Social Work at Karlstad University demonstrates high quality. This is confirmed by the Swedish Higher Education Authority’s (UKÄ) national evaluation of all 19 programmes in Sweden leading to a degree in social work.
According to the assessment panel, the programme is well designed and based on a sound scientific and professional foundation.
Organic solar cells are highlighted as a promising future technology. They are flexible, lightweight and can be manufactured at low cost in large volumes. In recent years, their efficiency has surpassed 20 per cent. However, despite this progress, a crucial challenge remains: lifetime.
In a new doctoral thesis at Karlstad University, Suraj Prasad shows why the materials degrade and how the problem can be addressed.
“We already have high efficiency.
Organic solar cells are highlighted as a promising future technology. They are flexible, lightweight and can be manufactured at low cost in large volumes. In recent years, their efficiency has surpassed 20 per cent. However, despite this progress, a crucial challenge remains: lifetime.
In a new doctoral thesis at Karlstad University, Suraj Prasad shows why the materials degrade and how the problem can be addressed.
“We already have high efficiency.
Organic solar cells are highlighted as a promising future technology. They are flexible, lightweight and can be manufactured at low cost in large volumes. In recent years, their efficiency has surpassed 20 per cent. However, despite this progress, a crucial challenge remains: lifetime.
In a new doctoral thesis at Karlstad University, Suraj Prasad shows why the materials degrade and how the problem can be addressed.
“We already have high efficiency.
Organic solar cells are highlighted as a promising future technology. They are flexible, lightweight and can be manufactured at low cost in large volumes. In recent years, their efficiency has surpassed 20 per cent. However, despite this progress, a crucial challenge remains: lifetime.
In a new doctoral thesis at Karlstad University, Suraj Prasad shows why the materials degrade and how the problem can be addressed.
“We already have high efficiency.
We are proud to announce that concert pianist Aristo Sham, from Hong Kong—an alumnus and faculty member at the Ingesund School of Music—has been included on Forbes’ prestigious 30 Under 30 Asia – The Arts 2026 list. Selection for the list is based on achievement, impact, or success, and is made by Forbes’ editorial team and experts.
We are proud to announce that concert pianist Aristo Sham, from Hong Kong—an alumnus and faculty member at the Ingesund School of Music—has been included on Forbes’ prestigious 30 Under 30 Asia – The Arts 2026 list. Selection for the list is based on achievement, impact, or success, and is made by Forbes’ editorial team and experts.
We are proud to announce that concert pianist Aristo Sham, from Hong Kong—an alumnus and faculty member at the Ingesund School of Music—has been included on Forbes’ prestigious 30 Under 30 Asia – The Arts 2026 list. Selection for the list is based on achievement, impact, or success, and is made by Forbes’ editorial team and experts.
We are proud to announce that concert pianist Aristo Sham, from Hong Kong—an alumnus and faculty member at the Ingesund School of Music—has been included on Forbes’ prestigious 30 Under 30 Asia – The Arts 2026 list. Selection for the list is based on achievement, impact, or success, and is made by Forbes’ editorial team and experts.
