Max Planck Institute

Researchers have devised a groundbreaking method to study liquids in a metastable state under negative pressure. Using optical fibers and …

A recent study employs specialized imaging to identify new cortical networks in the medial temporal lobe, offering insights into human …

Scientific Milestone: Creation of Novel Superconductors, Paving the Way for Quantum Computing Advancements.

Recreating Ancient Egyptian Aroma: Insightful study reconstructs mummification scent, revealing historical secrets.

International team achieves iontronics breakthrough with T-Nb2O5 thin films, enabling faster Li-ion movement for better batteries and advanced computing.

Researchers propose a new model explaining the rapid self-organization of molecules into life-like structures, challenging traditional origins of life.

This text explores a study by the Max Planck Institute, detailing the role of insulin-like hormones in brain plasticity and …

Scientists challenge assumptions on topological materials, finding non-topological aspects dominate their laser-induced responses.

Breakthrough: New molecules shield electron-conducting core in OLEDs, boosting efficiency. Simplifies blue OLED production.

AI and computer vision assist in providing the most accurate count yet of Africa’s largest bat colony in Kasanka National …