Elektronenmikroskopische Aufnahme des „leeren“ Gerüsts (ohne Hydrogel), mit dessen Hilfe ein internationales Forschungsteam einzelne Zellen deformiert hat.
“Stretching Rack” for Cells

An ingenious device, only a few micrometers in size, enables to study the reaction of individual biological cells to mechanical stress

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Sevda Abadpour and Axel Diewald from the Institute for High Frequency Technology and Electronics (IHE) of KIT position a chip on a circuit board.
Development of Ultra-Compact Radar Sensors for Companies

DFG and FhG fund project to transfer KIT scientific findings to industry

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Probenahme von N2O in aufgegebenen Pferchen in der Subsahara-Zone in Afrika (Foto: Dr. Lutz Merbold)Dr. Lutz Merbold
Climate Change: Influence of Nitrous Oxide Studied in More Detail

Livestock farming in Africa is a source of the greenhouse gas N2O that has been greatly underestimated to date

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Schematische Abbildung eines Edelmetallkatalysators mit inaktiven Einzelatomen (links) und aktiven Clustern (rechts; Edelmetall: weiß; Trägermetall: gelb; Sauerstoff: rot). (Grafik: Florian Maurer, KIT).KIT
Noble Metal Clusters Can Make Catalysts More Efficient and Save Resources

Production at Lower Costs Thanks to Optimized Distribution of Atoms - Publication in Nature Catalysis

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Key Visual Coronavirus
FAQ on the Corona Virus

Updated questions and answers relating to the Corona virus: Corona Ordinance (As of September 24, 2020)

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Bild Coronavirus
Corona Pandemic: Research at KIT

KIT supports efforts to manage the Corona crisis by research and material contributions and scientific and technical services.

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Bäume, Wald
The German Forest

KIT.audio podcast on the situation of German forests and ways out of the crisis.

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