Max Planck Institute

Overview of a new algorithm decoding cell and tissue mechanics in 3D, advancing understanding of living materials and aiding artificial …

Scientists unveil an algorithm solving active matter theory, enhancing our grasp of living materials and paving the way for artificial …

Exploration of neuromorphic computing by Max Planck Institute, promising more energy-efficient AI training and advancements in self-learning machines.

Breakthrough: Laser-induced superconductivity integrated onto chips, unlocking new optoelectronic possibilities. Research at MPSD, Hamburg.

Innovative study of a massive virtual telescope revealing intricate details of a plasma jet from a supermassive black hole in …

Overview of a study revealing extracellular vesicles’ key role in gene transfer among ocean microbes, challenging traditional gene exchange theories.

Harnessing optical cavities, researchers propose a laser-free method to modify material magnetism, advancing material science without heat issues.

Researchers from the Max Planck Institute for Metabolism Research have discovered that obesity, which is marked by diminished insulin sensitivity,…

Researchers from MPSD and ETH Zurich employ high-intensity laser fields to investigate electron dynamics in fluids, revealing an exceptional high-harmonic …

Decoding Africa’s Enigmatic Genetic Heritage: Investigating Lost Ethnic Groups in Angola’s Namib DesertScientists have discovered communities in Angola’s Namib Desert …