https://www.cryptoandcream.com/celsius-insolvency-news-what-you-need-to-know/

A laser blast produces miniature diamonds from plain-old plastic — the same kind used in soda bottles. When squeezed to about a million times Earth’s atmospheric pressure and heated to thousands of degrees Celsius, polyethylene terephthalate, or PET, forms nanodiamonds, physicist Dominik Kraus and colleagues report. Each laser blast in their experiment sent a shock wave careening through the plastic, amping up the pressure and temperature within (as illustrated above; laser shown in green). Probing the material with bursts of X-rays ( red) revealed that nanodiamonds (inset) had formed. Ice giant planets, such as Neptune and Uranus, have similar temperatures, pressures and combinations of chemical elements as the materials in the study, suggesting that diamonds may rain down in those planets’ interiors (lower right). What’s more, the researchers say, the new technique could be used to manufacture nanodiamonds for use in quantum devices and other applications. Nanodiamonds are commonly produced using explosives, Kraus says, but that is not an easy process to control. The new technique could create nanodiamonds that are more easily tailored for particular uses, such as quantum devices made using diamond with defects. (🎨: HZDR/Blaurock) #science #physics #laser #diamond #nanodiamond #planetaryscience #uranus #neptune #plastic

Like people, leaves have their limits when it comes to heat. Back in 1864, scientists first reported that the leaves of some plants could survive up to 50° Celsius, only to perish beyond that threshold. When leaves get too hot, their photosynthetic machinery — proteins that convert light energy into sugars — breaks down. More than 150 years later in 2021, a study of 147 tropical plant species reported that the average temperature beyond which photosynthesis failed was 46.7° C. Researchers wanted to figure out how leaves in tropical forests are faring as the globe warms. Using data from a thermal sensor aboard the International Space Station, the scientists captured vegetation temperatures on Earth’s surface in 70-square-meter pixels. That’s about the area that two large tropical trees could fill. The team compared the data with measurements from devices on the planet’s surface to refine their view. The analysis revealed a mosaic of temperatures in forest canopies, including some especially hot leaves. In the upper canopy, roughly 1 in every 10,000 leaves experiences temperatures at least once annually that may be too high for photosynthesis. That might seem a paltry sum, but a photosynthetic breakdown could harm entire forests if climate change is not halted, the scientists warn. (📸: Buena Vista Images/Photodisc/Getty Images Plus) #climate #forests #tropics #trees #globalwarming #science

I don’t think you guys understand how bad an FTX blowup is for the space We only didn’t go to $500 ETH in June bc Sam stopped Celsius from liquidating There are no more saviors