The NARVAL observatory, installed at the Bernard Lyot Telescope, allows scientists to study magnetic fields of stars and their impact on planetary formation. SU Aurigae's complex magnetic 'web' was observed using NARVAL and ESPaDOnS, revealing new insights into stellar evolution.
A team of researchers has made a groundbreaking discovery in the Movement, Adaptation, Cognition Laboratory, revealing an interaction at the cellular level between cognitive information and motor information. This finding provides a fundamental advance in understanding the physiological role of the basal ganglia and has significant imp...
Researchers successfully control rotation of axel-mounted molecular wheel, marking major breakthrough in creating molecular machines. The achievement opens up new possibilities for technological advancements and understanding at the molecular scale.
Albert Fert's discovery of giant magnetoresistance has revolutionized the development of spintronics, enabling high-performance magnetic read heads in hard drives. This technology has a significant impact on information and communications technologies.
Researchers have created a new generation of medicinal products using biodegradable materials, allowing for controlled release and reduced side effects. The novel synthetic process enables the production of diverse polymers, increasing the chances of finding an appropriate excipient for various active substances.
Paleogenetic research requires well-preserved archeological material, but treatment and storage conditions can deteriorate DNA. A new study shows that treating fossils like biological samples during excavation and after improves DNA amplification rates.
Researchers created a compound that can switch between magnetic states upon light exposure, enabling binary information storage on an atomic scale. This breakthrough could lead to the development of ultra-small data storage devices for future computers.