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Terror bird was frightening but harmless

https://www.mpg.de/7518305/terrorbird-gastornis-herbivore

The terror bird known as Gastornis was probably a herbivore according to a geochemical isotopic analysis. Analysing the calcium isotope in the bird’s fossil bones, a team with participation of the Max Planck Institute for Chemistry determined the position of the bird in the food chain and discovered that the animal may have been mistaken for a bird of prey and carnivore due to its mighty beak.
To be completely sure, the researchers will be checking their results on Gastornis

Deuterium from a quantum sieve

https://www.mpg.de/6659432/mof-metal-organic_deuterium-quantum

A metal-organic framework (MOF) separates the heavy hydrogen isotope deuterium from ordinary hydrogen more efficiently than previous methods. As a group of researchers headed by M. Hirscher from the Max Planck Institute for Intelligent Systems have found out, the isotope separation is achieved by quantum sieving, which is based on the tunnel effect and the different adsorption energies of the two isotopes.
“We are not yet sure whether it will also be worthwhile to produce helium-3 industrially

Enhancing leaf shape diversity

https://www.mpg.de/10827789/enhancing-leaf-shape-diversity

Millions of years ago, some plants in the mustard family made the switch from simple leaves to complex leaves through two tiny tweaks to a single gene. One tweak to a small enhancer sequence gave the gene a new domain of expression in the leaf. Paradoxically, the other tweak sub-optimised its function in this new domain. But together, these changes gave rise to fit plants with complex leaves.
capture light, exchange gas, or transport water—but there’s no real way to know for sure