Imagine owning a camera so powerful it can take freeze-frame photographs of a moving electron—an object traveling so fast it could circle the Earth many times in a matter of a second. Researchers at the University of Arizona have developed the world’s fastest electron microscope that can do just that.
The researchers originally thought the lithium would be best housed in a “metal box” with an opening at the top. The plasma would flow into the gap so the lithium could dissipate the heat of the plasma before reaching the metal walls. Now, the researchers say a cave—geometrically just the inner half of a box—full of lithium vapor would be simpler than a box. The difference is more than just semantics: It impacts where the lithium travels and how effectively it dissipates heat.
“For years, we thought we needed a full, four-sided box, but now we know we can make something much simpler,” said Emdee. Data from new simulations pointed them in a different direction when the research team realized they could contain the lithium just as well if they cut their box in half. “Now we call it the cave,” Emdee said.
In the cave configuration, the device would have walls on the top, bottom and side closest to the center of the tokamak. This optimizes the path for the evaporating lithium, setting it on a better course for capturing the most heat from the private flux region while minimizing the complexity of the device.
By assigning sounds to the dynamic bonds within proteins, scientists gathered new insights on protein folding.
https://x.com/clashreport/status/1825777230569423302
This renowned Chinese creator’s tank simulator just got better.
NASA’s Webb Telescope finds evidence for an underground ocean on Uranus moon Ariel, raising interest in future missions to explore the seventh planet and its moons.
GPT-5, or ChatGPT 5, is the next big update everyone’s waiting for. But what features will it bring and when will is it expected to release?
Statistical properties of fluctuations of certain parameters describing a complex system can reveal when that system is approaching a tipping point.
Scientists from the National University of Singapore (NUS) have shown that excitonic resonances and transitions between excitons can significantly increase the efficiency of generating entangled photon pairs. This could lead to the development of efficient ultrathin quantum light sources.
College is going to be one of the biggest investments of your life, which is why you should just trust what the unviersities tell you without even thinking twice about how much you could be screwed after school has ended.
See more http://www.cracked.com.
LIKE us on: / cracked.
FOLLOW us on: / cracked.
FOLLOW us on: / cracked.
