Researchers from OIST and CNR-ISM developed atomically-tailored single-atom platforms using a polymer architecture. The work, published in Nature Communications, overcomes stability issues and enables strong gas binding, paving the way for efficient industrial catalysts.
Samples from the 162173 Ryugu asteroid collected by Japan’s Hayabusa2 spacecraft could help us understand the chemical composition of the solar system.
A new approach to high-performance magnet manufacturing may help Europe on its transition towards net-zero carbon so that it is less dependent on rare earth elements.
Using the QUIJOTE experiment, scientists are now producing the most accurate description until now of the polarization in the microwave emission processes in our galaxy.
Using ferroelectric materials, researchers have been able to create a high-power electrostatic actuator that can generate a strong force at a low driving voltage creating new opportunities for artificial muscles.
An opportunity to further understand the early universe and the lonely dwarf galaxy has been provided by the near-infrared camera of the James Webb Space Telescope.
By simulating the transport of cosmic rays with a new computer program, international scientists are hoping to uncover the sources of these atom fragments.
Eugene M. Terentjev, a professor of Polymer Physics at the University of Cambridge looks at smart, reusable adhesion through liquid crystalline elastomers.
The first next-generation European supercomputer to be installed in 2023 is to be operated by Forschungszentrum Jülich – a partner in Germany’s Gauss Centre for Supercomputing.
