Observing particles such as atoms or molecules moving according to the rhythm of quantum physics was unthinkable for a long time. That has changed – thanks to the technology of the quantum gas microscope… more
Where the laws of quantum mechanics rule, classical experiments and even the most powerful supercomputers reach their limits. But there is another way to gain new insights into the microcosm: the concept of quantum simulation… more
NASA’s Webb Telescope has identified several complex organic molecules, including ethanol and acetic acid, in icy dust grains near two young protostars…. more
A new optical imaging method uses the relationships between entangled photons to reliably correct imaging errors… more
Researchers have developed an uncomplicated method for diagnosing lung cancer: sensor particles are inhaled and then a urine test provides the result… more
Bacterial communities can be structured in a sophisticated way and the single-celled organisms benefit from each other over generations, a new research method illustrates… more
This illustrated book is like looking through a super microscope. In “Microcosm – Wonderful World of the Tiniest Living Beings” readers walk through a seemingly strange world and discover impressive phenomena that they would otherwise never be able to see – to the point of kneeling down!… more
The Rosetta mission ended a few years ago. But the data obtained still brings new insights – also about the Earth and the origin of our solar system… more
Isn’t there an easier way? How a modifiable nanoparticle base simplifies therapeutic approaches… more
The 2023 Nobel Prize in Chemistry goes to three researchers who developed quantum dot technology. These nanoparticles are found in QLEDs, among other things… more