Astrophotographer Jason Guenzel managed to capture the James Webb Space Telescope on its journey while it was 1 million kilometers away.
One mountain grew 30 feet overnight.
Recently, the Swiss Alps made the news when scientists found they were growing due to tectonic activity deep beneath Earth’s surface. Now, Mount Everest is also on the rise. Why is there so much, uh, “mounting” altitude?
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Koenigsegg has announced new high power, compact motors and powertrains for electric cars.
Christian von Koenigsegg is an inveterate tinkerer who has built a business on his ability to squeeze extraordinary amounts of power out of internal combustion engines. Lately, he has turned his talents to electric motors and drivetrains. On January 31, his company announced two breakthrough products that could transform the world of electric cars.
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Scientists at MIT have created a new 2D material that’s stronger than metal! And it could enhance the robustness of bridge-building materials.
At least 48 people in Canada have come down with symptoms indicative of a brain disease, describing debilitating symptoms.
The flying robot with wings is controlled by a magnetic field instead of heavy motors and gears.
Feb 2 (Reuters) — State-owned China National Nuclear Corp (CNNC) has signed a contract in Argentina to build the $8 billion Atucha III nuclear power plant using China’s Hualong One technology, reviving a deal that had been stalled for years.
CNNC said on its WeChat account late on Tuesday that ithad signed an engineering, procurement and construction (EPC) contract, which comes ahead of Argentine President Alberto Fernandez’s trip to China later this week.
Progress on the nuclear deal between the two nations had stalled since it was first negotiated by the administration of former President Cristina Fernandez, a left-wing populist who left office in 2015. She is now Argentina’s vice president.
If scientists could measure the oscillations of just one energized cesium atom, they’d be able to keep perfect time, but they can’t due to a weird phenomenon called the standard quantum limit.
Instead, they have to measure thousands of atoms at once and then average out the results for atomic clocks, which leads to a just slightly imprecise second.
Now, MIT researchers have found a way to create a more precise atomic clock by exploiting another weird quantum phenomenon: entanglement.
Though it almost certainly won’t work, it is a telling sign of where the field is heading.
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