Making music alleviates physical exertion | Max-Planck-Gesellschaft https://www.mpg.de/7573048/music-physical-exertion
Making music alleviates physical exertion
stars had already had a long career as bringers of bad
Making music alleviates physical exertion
stars had already had a long career as bringers of bad
Given the chance to see into the future, most people would rather not know what life has in store for them, even if the news is positive, according to new research conducted by scientists at the Max Planck Institute for Human Development and the University of Granada, which has been published by the American Psychological Association.
their future Learning what the future holds, good or bad
Simulation, originally developed for cosmology, shows that a strong magnetic field is indeed produced in the merger of two stars
stars had already had a long career as bringers of bad
In the first fractions of a second after the birth of our universe, not only elementary particles and radiation, but also magnetic fields were generated. A team led by the Max Planck Institute for Astrophysics in Garching has now calculated what these magnetic fields should look like today in the universe – in great detail and in 3D.
stars had already had a long career as bringers of bad
Menschen mit einer neuen Art von Ride-Sharing befördern – das ist das Ziel der EcoBus GmbH, die jetzt gegründet wurde. Die Softwar für ds Ride-Pooling-System hat ein team am Göttinger Max-Planck-Institut für Dynamik und Selbstorganisation entwickelt.
wurde das Projekt bereits im Jahr 2018, als Kunden in Bad
Fibrocyte driven changes to lung tissue remodeling promote tumor growth and metastasis
working at the Institute for Heart and Lung Research in Bad
Fibrocyte driven changes to lung tissue remodeling promote tumor growth and metastasis
working at the Institute for Heart and Lung Research in Bad
Umbau des Lungengewebes durch Fibrozyten bereitet Tumorwachstum und Metastasen den Weg
Max-Planck-Institut für Herz- und Lungenforschung in Bad
The innermost pixel vertex detector (PXD) has now been installed in the Belle II experiment. The instrument is located in the immediate vicinity of the interaction point where electrons and positrons collide. This produces B mesons. The decays of these particles could explain why there is matter in the universe but hardly any antimatter. The PXD is based on a special technology that allows the particle decays to be precisely traced.
stars had already had a long career as bringers of bad
Danger looms from out of space: asteroids and comets are a threat to our planet. The history of Earth has always been punctuated by cosmic catastrophes. Several studies have claimed to have found periodic variations, with the probability of giant impacts increasing and decreasing in a regular pattern. Now a new analysis by Coryn Bailer-Jones from the Max Planck Institute for Astronomy (MPIA) shows those simple periodic patterns to be statistical artifacts. His results indicate either that the Earth is as likely to suffer a major impact now as it was in the past, or that there has been a slight increase impact rate events over the past 250 million years
stars had already had a long career as bringers of bad