9 September 2020

LINX – Linking Industry to Neutrons and X-rays

LINX:

The LINX project is a collaboration between three major Danish universities (the Technical University of Denmark, the University of Aarhus, and the University of Copenhagen) and a number of industry partners.

Saxslab

At the University of Copenhagen, we perform small-angle X-ray and neutron scattering measurements using our facilities at the Niels Bohr Institute and at large-scale facilities in Europe and farther afield.

The goal is to create an ecosystem that ensures that Danish companies can make best use of advanced X-ray and neutron technologies to the fullest, especially as MAX IV, the ESS, and European XFEL are coming online in the near future, and ultimately use the advanced experimental techniques to create innovation and growth in Denmark.

The LINX project is funded by Innovation Fund Denmark with further sponsorship by the Confederation of Danish Industry, The Capital Region of Denmark, and Central Denmark Region. The project runs 2016-2021 with a total budget of about 80 million DKK. The partners have formed the LINX Association to ensure the continuation of the LINX collaboration when the public funding runs out.

As part of the LINX project we wish to expand the use of neutron and X-ray methods in industry, so if your company has a problem that you think could be investigated with neutrons or x-rays, please contact us for a discussion of the possibilities. We perform free demonstration projects as well as completely confident commissioned research.

If you are a student, who would like to do a project with a company, using neutrons or x-rays, please come talk to us. Our work covers many areas within condensed matter physics, biophysics, and materials chemistry.

Rockwool logo

Biobased binders for stone wool

Biomodics logo

Interpenetrating polymer networks for drug delivery

Alvotech logo

Verifying the similarity
of monoclonal antibodies

Novo Nordisk

Improving the stability of protein based medicine

Biomodics logo

Interpenetrating polymer
networks for drug delivery

Einar Willumsen logo

Stabilizing emulsions
for beverages

Grundfos logo

Liquid crystalline polymers
for protecting sensitive equipment

Tetra pak logo

X-ray Scattering
from Thin Polymer Layers

Novo Nordisk

SAXS Analysis
of Protein-Based drugs

Aquaporin logo

Revolutionizing water purification through biotechnology

ARLA logo

Revealing the consequences of processing milk

Dupont logo

Adding value and stability to fermented milk drinks

Ferring logo

Controlling the stability of pharmaceuticals

Gubra logo

Revealing peptide structure-function relationship

Novo Nordisk

SAXS Analysis
of Protein-Based drugs

Novozymes logo

New angles on understanding the use of enzymes

PPG logo

Watching paint dry

Rigshospitalet logo

Stopping microorganism invasions

Symphogen logo

On the road to effectively treating cancer

Haldor Topsøe logo

Speeding up catalysis