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At a glance │ Challenges │ Solutions │ Contact │ Research Groups
At a glance
In the topic Quantum, Complex and Functional Materials, Jülich researchers use neutron and X-ray scattering to investigate the properties of materials, solids, and quantum phenomena, the structure of proteins, nanoparticles and biological molecules, as well as chemical and physical processes.
Challenges
The aim is to find advanced materials for industrial applications and the next generation of pioneering computer systems, innovative biomaterials, and new methods for medical diagnostics and therapies as well as sustainable technologies to overcome global challenges such as climate change, the energy transition, and resource efficiency.
Solutions
Neutrons can penetrate deep into materials and also have a magnetic moment. They are therefore ideal for understanding the fundamental properties of materials and biological systems, for example the magnetic properties of materials or the internal structure of biological and organic substances. X-ray scattering experiments also help to determine the crystal structure and internal dynamic processes of materials as well as any possible defects in them.
Jülich research is focused on quantum materials and collective phenomena such as Weyl semimetals, magnetic monopoles, and spin liquids. In addition, neutron scattering is used to analyse electron spins and develop materials such as thin-film heterostructures and nanocomposites for applications such as hyperthermia. This results, for example, in new approaches for lightweight and functional materials or for new types of polymers and hybrid materials.
The investigation of soft and biological materials includes the characterization of their structure and dynamics using neutron scattering techniques. Jülich research aims to understand the relationship between the structure, dynamics, and function of materials such as micelles, vesicles, polymers, and protein–lipid compounds. This helps in the development of new materials and preparations for a variety of applications, including the medical, food, and recycling industries.
contact
Jülich Contact Person
apl. Prof. Dr. Karen Friese
JCNS-2: Acting Institute Director Lecturer and Private Docent in Crystallography at RWTH Aachen University
Principal Investigators
Research groups of this topic
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Last Modified: 13.12.2024