Medicine & TechnologyScientists trap electrons in a 3D crystal for the first time, opening the door to exploring superconductivity. Read the article to find out more.
The Noble Prize-winning scientists were able to offer a tool that works in the attosecond scale and enables the observation of electron motion. Read to learn more.
A new study uses data from the Chandrayaan-1 mission and suggests that electrons in the Earth’s magnetosphere could be forming water on the moon. Read the article to find out more.
A new state of matter called the chiral bose-liquid state was discovered by experimental physicists from frustrated quantum systems. Learn more about the result of their research in this article.
Measuring electron dynamics in semiconductors, can now be possible thanks to innovative optical nanoscopy laser beams developed by University of California, Berkeley. Know more about this tool here, read now!
Scientists used electron injection in fullerenes to build the long-range ordered porous carbon (LOPC) crystal, a new form of carbon. Read the article to learn more.
A team at the University of Michigan creates the thinnest ferroelectric semiconductor, revolutionizing computing and advancing AI. Learn how this nanotechnology breakthrough will shape the future. Click to continue reading.
Six months after Rocket Lab's first attempt to recapture the first-stage booster mid-air, their second attempt has unfortunately failed as the helicopter did not catch the booster this time. Read the article to know the full details.
Rocket Lab first attempted catching a reusable rocket mid-air last May and successfully completed the mission dubbed There And Back Again. Tap the article to learn how the company plans to do it for the second time this week.
Sikorsky S-92 helicopter from Rocket Lab rescues a falling Electron rocket and returns it to shore. Read more to know the details of the successful mission.