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Energy storage: Hydrogen can be packed extremely tightly in a nanoporous material

Researchers have discovered that hydrogen molecules can form penta-dihydrogen clusters in the nanoporous material, magnesium borohydride. This results in hydrogen being packed with twice the density of pure liquid hydrogen. Illustr: Nature Chemistry (6 February 2024)

Researchers at Aarhus University have discovered a porous material in which hydrogen can be packed twice as densely as in pure liquid hydrogen. This…

The CETEC Project Wins JEC Award for Circular Wind Turbine Solution

Troels Skrydstrup (Aarhus University) and the rest of the CETEC team have received the JEC Award for their groundbreaking and innovative recycling technology for wind turbine blades.

Troels Skrydstrup and the rest of the CETEC team have received the JEC Award for their groundbreaking and innovative recycling technology for wind…

Unveiling the Protective Power of Extracellular DNA Structures in Bacterial Biofilms

A team of researchers led by Professor Rikke Louise Meyer sheds light on how non-canonical DNA structures safeguard bacterial biofilms. Illustr.: Gabriel Antonio Salvador Minero

A collaborative effort between iNANO researchers and Aarhus University Hospital illuminates the mysteries of bacterial biofilms, discovering how…

Interdisciplinary study to explore bacteria's role in boosting low nitrogen input from the soil for cereal growth

Professor Simona Radutoiu (Molecular biology, Aarhus University), Associate Professor Marianne Glasius (Chemistry, Aarhus University) and Professor Rasmus Waagepetersen (Mathematics, Aalborg University) will study sustainable methods to optimise the yield of cereal crops by utilising soil bacteria (photo: Colourbox)

NSECURE, a new interdisciplinary project led by Simona Radutoiu at the Department of Molecular Biology and Genetics, Aarhus University, has been…

Cryo-microscopy reveals nano-sized copy machine implicated in origin of life

The picture shows an RNA polymerase ribozyme thought to be implicated in the origin of life. The ribozyme is shown frozen in ice to symbolize how it was frozen in time for imaging and how it works best under ice-cold conditions. The active site is highlighted by a yellow/red light and the proposed position of the template-product helix is shown in transparent. Image credit: Rune Kidmose.

RNA is thought to have sparked the origin of life by self-copying. Researchers from Aarhus University, Denmark, and MRC LMB Cambridge, England, have…

Grant provides an opportunity to explore membrane proteins as drug targets

The DKK 6 million grant will allow Poul Nissen (second row with scarf) and his research group to explore membrane proteins as drug targets (photo: Lisbeth Heilesen)

Professor Poul Nissen has been awarded a Distinguished Innovator Grant of DKK 6 million from the Novo Nordisk Foundation to explore membrane proteins…

Researchers invent technology to recycle clothes that were previously just burned

Today, it is almost impossible to recycle clothing that is woven with mixed fibres. For example, running clothes are often made from a blend of elastane, which gives the garment stretch and adaptability, and either cotton, merino wool or nylon. New technology makes it possible to separate the fibres so they can be recycled. Photo: Colourbox.dk

The technology can separate the different fibres in clothing so they can be purified and reused. (Link to Danish news)

With new funding researchers will illuminate bacterial biofilms, advanced imaging, and quantum materials

Grants for iNANO researchers from the Carlsberg Foundation, the Novo Nordisk Foundation and Innovation Fund Denmark.

iNANO researchers secure funding for cutting-edge projects, including a landmark Semper Ardens grant for Professor Rikke Louise Meyer, unraveling the…

New chemical method advances toward targeted RNA medicine

In collaboration with Novo Nordisk researchers from Aarhus University have developed a new chemical method, which advances toward targeted RNA medicine. Illustr.: Colourbox

In close collaboration with Novo Nordisk, a novel method has been developed to enhance the synthesis of therapeutic oligonucleotides for targeted…

Researchers from iNANO and Department of Chemistry receive grants for Green Breakthrough

Researchers from iNANO and Department of Chemistry receive grants for Green Breakthrough grants. Image: Independent Research Fund Denmark

Independent Research Fund Denmark supports four research projects with researchers from iNANO and Department of Chemistry at the helm. From…

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Revised 25.11.2021
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Annette Wandahl