Työntekijät laboratoriossa.

A healthier and safer society through research

Safety in society is strengthened through multidisciplinary research and solutions by anticipating risks, preventing diseases, and developing sustainable wellbeing solutions. Research builds a foundation that supports everyday life, strengthens society’s resilience to crises, and promotes a safer and healthier future.

A multidisciplinary approach to researching safety and health

The goal is to promote health through multidisciplinary research and strengthen safety in society in a sustainable manner.

To promote health, we combine research, technological development, and multidisciplinary expertise. The focus is on solutions that support wellbeing, prevent diseases and promote the development of new materials. From this work new innovations emerge, such as health technology and data-driven tools, which improve access to healthcare and help people live healthier everyday lives.

Our multidisciplinary study also seeks solutions that improve safety. This work encompasses environmental, chemical, biological, and radiation safety, as well as preparedness for and management of disruptive situations. The aim is to develop evidence-based models and solutions that support societal stability and help anticipate future threats. This lays the groundwork for a safe operating environment that can adapt to change and strengthen society.

kvanttilaboratorio
Developing sustainable solutions requires an in-depth understanding of a range of phenomena, including those at the nanoscale.

Research areas

Our research on health and safety is interdisciplinary, bringing together multiple fields to generate new knowledge and advance understanding of complex phenomena.
Radiation can cause disruptions or damage to electronic equipment, which is why proactive testing and system-level solutions are essential.

Our research contributes to healthier lives and safer societies. We develop new medicines and medical treatments, promote holistic health and well-being, ensure radiation safety in everyday life, and create solutions for a safer environment. Through high-quality research, we address challenges that affect people, communities, and the world around us. 

Some examples from the research:

  • Development of new medicines and medical treatments 
  • Promoting holistic health 
  • Ensuring radiation safety in everyday life 
  • Creating a safer environment 

Research from different disciplines

Research at the Department of Biological and Environmental Sciences

Department of Biological and Environmental Sciences has three areas of strength in research: Biological nanoscience, Evolutionary research and Sustainable use of natural resources.

Research at the Department of Chemistry

The diverse research interests at the Department of Chemistry are categorised into four Core Research Areas — Functional Molecules and Materials, Chemical Nanoscience, Circular Economy and Chemistry Education.

Research at the Department of Physics

Physics research aims at future technologies and products, for example by developing more sustainable materials.

Innovative materials and technologies transforming the world

We seek new solutions for future materials and help turn them into technology that benefits society.

Center of Expertise for Circular Economy (CECE)

Circular Economy contributes to the sustainable use of natural resources. It is one of the solutions to combat climate change and reduce our consumption of fossil fuels.

Accelerator Laboratory

The Accelerator Laboratory is a unique research environment, both from the national and international perspective.