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Researchers compare how human foragers and chimpanzees travel towards food locations in dense forest
smaller area (25 square kilometers) and spend most of their adult lives within the same
Miniature device enables scientist to record nerve cell activity in all cortical layers in lit environments
As the microscope can easily be mounted again at the exact same position, the same
A single sand grain harbours up to 100,000 microorganisms from thousands of species.
What you probably can’t imagine: at the same time, billions upon billions of
The production of special plant defense compounds has evolved independently in distantly related plant families
Hence, plants evolved the biosynthetic pathway for the same compounds several times
The spacing of atoms in crystal lattices of nanomaterials initially contracts as the grain size falls, but expands again below a critical value, as a team of researchers headed by Eric Mittemeijer from the Max Planck Institute for Intelligent Systems has established. Accordingly, surface stress and excess volume compete in nanopowders as the ratio of surface to volume increases in the individual nanoparticles, so that the crystals become distorted.
Materials scientists have known for some time that the same material can exhibit
The mid-embryonic developmental stages are strikingly similar in animals, plants and algae
Max Planck Institute for Biology Tübingen and the University of Dundee reveal the same
Climate differences have less impact on the transmission of blood parasites than expected
We discovered, however, that different species living on the same island under the
Liver cells age differently depending on where they are in the organ
Do all cells age in the same way?
Migratory birds are specially adapted to find their way over extreme distances that represent remarkable tests of endurance. Now, researchers of the Max Planck Institute for Ornithology in Seewiesen and colleagues have discovered an unexpected way that migratory birds keep their cool during such arduous journeys: lighter-colored feathers.
Around that same time, the researchers came across studies by others showing that
Using state-of-the-art technology and sophisticated data analysis tools, a team of astronomers from the Max Planck Institute for Astronomy has developed a new and powerful technique to directly determine the mass of an active galaxy at a distance of nearly 9 billion light-years from Earth. This pioneering method promises a new approach for studying the co-evolution of galaxies and their central black holes. First results indicate that for galaxies, the best part of cosmic history was not a time of sweeping changes.
value of the galaxy’s central black hole, which the researchers measured from the same
