Denne omtale baserer sig på en pressemeddelelse fra Carlsbergfondet.

Alle bevillinger er givet på baggrund af en grundig faglig vurdering af i alt 589 indkomne ansøgninger, som fondet fik ved ansøgningsfristen i oktober. Ansøgningerne udspringer af forskernes egne videnskabelige ideer og projektforslag, der breder sig fra forskning i landbrugets udvikling i 1600-tallet til klimaforandringers påvirkning af arktiske økosystemer.

Bevillingerne til forskere på NAT fordeler sig således:

• Lanhui Wang, Institut for Biologi, 850.000 kr., International Fellowship på Lund Universitet: PhenoStability-Phenological Diversity of Plants Promotes the Stability of Global Forest Productivity.
• Brian K. Sorrell, Institut for Biologi, 668.858 kr., Forskningsinfrastruktur: High Resolution Automated Greenhouse Gas Analysers for Freshwater Ecosystems
• Kai Finster, Institut for Biologi, 386.000 kr., Forskningsinfrastruktur: Studying the response of microbial aerosols under changing in-situ-like atmospheric conditions using an advanced environmental chamber.
• Kai Finster, Institut for Biologi, 100.500 kr., Forskningsinfrastruktur: An Andor Kymera spectrometer for studying triboelectric chemistry.
• Frank Grundahl, Institut for Fysik og Astronomi, 1.174.723 kr., Forskningsinfrastruktur: Upgrading the SONG instruments.
• Kristian Knakkergaard Nielsen, Institut for Fysik og Astronomi,  850.000 kr., Internationalisation Fellowship på Max Planck Institute of Quantum Optics: Dynamics of Doped Quantum Magnets. Quantum simulation experiments gives new insights into the physics of doped quantum magnets, linked to high-temperature superconductivity. We plan to incorporate these into new powerful theoretical methodologies. 
• Marit-Solveig L.S. Seidenkrantz, Institut for Geoscience, 203.701 kr., Forskningsinfrastruktur: GEMAX: a sediment corer for fully reproducible and interdisciplinary sampling and analyses.
• Christoffer Karoff, Institut for Geoscience, 1.233.734 kr., Forskningsinfrastruktur: A satellite for monitoring climate changes in and around Greenland.
• Daniel Otzen, iNANO, 254.752 kr., Forskningsinfrastruktur: Fluorescence spectrometer for versatile biophysical analyses.
• Mette Galsgaard Malle, iNANO, 1.095.654 kr., International fellowship på Harvard, Wyss Institute for Biologically Inspired Engineering: A DNA-based mechanical loop for molecular geometric footprint magnification allows ultra-sensitive detection.
• Mogens Christensen, Institut for Kemi, 980.000 kr., Forskningsinfrastruktur: Detector for Electron Backscattering Diffraction.
• Jan Skov Pedersen, Institut for Kemi, 492.480 kr., Forskningsinfrastruktur: Upgrade of Gallium Metal Jet X-ray Source for Small-angle X-ray Scattering.
• Anja-Verena Mudring, Institut for Kemi, 1.653.934 kr., Forskningsinfrastruktur: Research grade spectrofluorometer for enabling the next generation of energy efficient, environmentally benign lighting.
• Merete Bilde, Institut for Kemi, 3.571.604 kr., Forskningsinfrastruktur: What is in the air?
• Kurt Vesterager Gothelf, Institut for Kemi, 1.266.113 kr., Forskningsinfrastruktur: Mass spectrometer for analysis of protein and oligonucleotide conjugates.
• Magnus Kjærgaard, Institut for Molekylærbiologi og Genetik, 1.234.240 kr., Forskningsinfrastruktur: Instrument for characterization of biomolecular phase transitions.
• Poul Nissen, Institut for Molekylærbiologi og Genetik, 1.329.070 kr., Forskningsinfrastruktur: Mass photometry for structural studies of complex biomolecular assemblies.
• Peter Klemmed Bjørk, Institut for Molekylærbiologi og Genetik, 820.000 kr., Internationalisation Fellowship på New York University School of Medicine: Structure of full-length FLS2 and BAK1 dimer complex by cryogenic electron microscopy.
• Ditlev Egeskov Brodersen, Institut for Molekylærbiologi og Genetik, 234.910 kr., Forskningsinfrastruktur: Understanding the molecular basis of bacterial survival.
• Rune Hartmann, Institut for Molekylærbiologi og Genetik, 153.767 kr., Forskningsinfrastruktur: Does ubiquitination of cGLR2 play a key role in establishing an antiviral response in Drosophila melanogaster?
• Torben Heick Jensen, Institut for Molekylærbiologi og Genetik, 300.930 kr., Forskningsinfrastruktur: Single molecule RNA:Protein interaction dynamics.
• Christian Kroun Damgaard, Institut for Molekylærbiologi og Genetik, 353.942 kr., Forskningsinfrastruktur: CRISPR dCas13 tools to study circular RNA-protein interactions in living human cells.
• Kasper Røjkjær Andersen, Institut for Molekylærbiologi og Genetik, 4.999.929 kr., Young Researcher Fellowship: Cryo-EM investigation of LysM receptors and calcium decoders governing plant-microbe interactions.
• Ulf Andersson Vang Ørom, Institut for Molekylærbiologi og Genetik, 209.500 kr., Forskningsinfrastruktur: The+A2:H58 role of RNA modifications in liquid-liquid phase separation.
• Peter Ebert Andersen, Aarhus Institute of Advanced Studies, 278.000 kr., Forskningsinfrastruktur: A system for molecular characterization of intragenomic conflicts.