AMOLF

Research

AMOLF researchers are interested in how the structure and interactions of complex molecules and materials are interrelated, ranging from structures that control light at the nanoscale to multicellular organisms. The aim of this research is to understand the properties and functions of these systems. The knowledge and insights gained are used to create new functional materials and find new solutions to major societal challenges. AMOLF also strives to initiate excellent new research in this field in the Netherlands.

AMOLF’s research programme comprises three strongly connected research themes:

Sustainable Energy Materials

This research programme on sustainable energy materials uses fundamental insights into (nano)photonics and (nano)materials to efficiently convert sunlight to electricity and chemicals. Ultimately, this will contribute to a sustainable energy supply through the development of integrated, high-efficiency solar cells, sustainable chemistry and semiconductors with new functionalities.

Information in Matter

AMOLF investigates how optical, biochemical and mechanical systems collect, process and convert information, with a focus on understanding the fundamental physical mechanisms of these processes in both inanimate and living matter. The aim of the research into ‘information in matter’ is to push the boundaries of information technologies and to explore new paradigms, such as learning and adaptive materials.

Autonomous Matter

This field of research focuses on understanding and developing systems that can organise, adapt, learn and repair themselves – properties that are abundant in nature but still limited in man-made systems. The aim of research into ‘autonomous matter’ is to unravel the fundamental principles of autonomy and to create new classes of intelligent, autonomous materials capable of performing complex functions. Applications range from adaptive chemical networks to programmable materials and organoids.