The making of a quantum movie | Max-Planck-Gesellschaft https://www.mpg.de/20916269/quantum-movie-nobel-prize-physics-2023-ferenc-krausz?c=153579
The making of a quantum movie
© Thorsten Naeser The black curtain goes up: As
The making of a quantum movie
© Thorsten Naeser The black curtain goes up: As
The making of a quantum movie
© Thorsten Naeser The black curtain goes up: As
Bacteria can live on almost anything – some even on
aesthetically speaking,” says Friedrich Widdel, placing some black
The making of a quantum movie
© Thorsten Naeser The black curtain goes up: As
Colourful guppy males have the highest number of offspring.
highly colourful, displaying iridescent, orange, and black
Bacteria can live on almost anything – some even on
aesthetically speaking,” says Friedrich Widdel, placing some black
In the early hours of October 23, 2011, ROSAT was engulfed in the waves of the Indian Ocean. This was the end of a success story that is unparalleled in German space exploration research. The satellite, developed and built by a team led by Joachim Trümper from the Garchingbased Max Planck Institute for Extraterrestrial Physics, not only found more than 150,000 new cosmic X-ray sources, it also revolutionized astronomy.
stellar remnants such as white dwarfs, neutron stars, black
Nicole Dubilier researches deep-sea bacteria and worms at the Max Planck Institute for Marine Microbiology in Bremen.
The marine worm does not eat a bite of food, yet it lives
How can people live together, with ever more diverse
‘racial’ phenomena in each locality (namely, the black-white
Proteins are the workhorses of our cells. To fulfil their function, they need to adopt the correct shape. Scientists have now experimentally determined how fast proteins are made and have shown that the right speed is critical for functional folding. Abnormal translation rates lead to protein aggregates, which can cause severe developmental defects in mice, because cells in the brain receive the wrong differentiation signal due to protein stress. These results answer a fundamental question of molecular biology and have far-reaching consequences for neurodegenerative diseases and biotechnology.
Ribosomes (red) read messenger ribonucleic acid (black