創作合同本企画 inそうさく畑６２

創作合同本企画 inそうさく畑６２

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Hxgi Intel s Alder Lake CPUs Are a Future-Proofed Leap Forward, but the Competition Is Fierce
In the months of rumors leading up to Apples official AirTag reveal, I couldnt help but shake the idea that somebody was going to try to stick one on their Apple TV remote. Of course, somebod ies absolutely did. Upon receiving their newly released AirTag devices, multiple Apple TV users shared their plans for affixing the trackers to their streaming remotes using all manner of adhesivesome of them more outrageous than others. There was duct tape. Rubber cement was at one point suggested. Others recommended double-sided tape, velcro, and even sticky silicone cases to fasten the AirTag to what is perhaps the most widely misunderstood remote on earth. But maybe the best option so farhe one that at least makes your expensive Apple TV wand look less like the victim of a toddler who broke into the glue drawer and went wilds a 3D-printed AirTag Case for Apple TV Siri Remote from Etsy shop PrintSpiredDesigns <a href=https://www.adidas-yeezy.de>yeezy slide</a> , which was earlier spotted by Mac <a href=https://www.adidas-yeezy.it>adidas yeezyslide</a> Rumors. Image: PrintSpiredDesigns/Etsy The <a href=https://www.adidas-yeezys.com.mx>yeezy slide</a> remote sleeve will cost you all of $13 at the time of this writing, and the best part Its product description states that the Apple tracker clicks satisfyingly into place, and the Siri Remote fits snugly and securely overtop. In other words, it doesnt even need to be permanent. Now, the case is only available for the Apple TV HD and Apple TV 4K Siri remote. It does have a back opening for Lightning charging without having to disassemble the component parts, but the product description does s Hfyq Oh Joy, The Flu s Getting Worse
Each state de <a href=https://www.af1.it>air force one</a> termines its own workers ; compensation benefits, which means workers in neighb <a href=https://www.salomonschuhe.com.de>salomonschuhe</a> oring states can end up with dramatically different compensation for identical injuries. At the time of their accidents, Jeremy Lewis was 27, Josh Potter 25. The men lived within 75 miles of each other. Both were married with two children about the same age. Both even had tattoos of their children names. Their injuries, suffered on the job at Southern industrial plants, were remarkably similar, too. Each man lost a portion of his left arm in a machinery accident. After that, though, their paths couldn ;t have diverged more sharply: Lewis received just $45,000 in workers ; compensation for the loss of his arm. Potter was awarded benefits that could surpass $740,000 over his lifetime. The reason: Lewis lived and worked in Alabama, which has the nation lowest workers ; comp benefits for amputations. Potter had the comparative good fortune of losing his arm across the border in Georgia, which is far more generous when it comes to such catastrophic injuries. This disparity grimly illustrates the geographic lottery that governs compensation for workplace injuries in America. Congress allows each state to determine its own benefits, with no federal minimums, so workers who live across state lines from each other can experience entirely different outcomes for <a href=https://www.skecher.com.de>skechers hausschuhe</a> identical injuries. Nearly every state has what known as a 8220 chedule of benefits

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Theres a whole slew of reasons to not rely on blocking the sun to cool the planet. But a new paper puts up perhaps the best one yet: It might not work if we continue to let carbon emissions skyrocket. The findings, published on Monday in the Proceedings of the National Academy of Sciences, build on modeling done last year that showed we could face a heat death by cloud loss if world leaders let carbon pollution continue to increase. The same group of scientists used the same modeling approach to see what would happen as emissions rise but the world comes together to reflect sunlight back into space. The study comes with a few caveats, but its an important thought experiment as we try to understand the intricacies of the climate system and how our choices could impact it. The process, known as solar radiation management, is something thats increasingly being scrutinized by researchers as world leaders fail to come to grips with the climate crisis. It involves injecting tiny particles high in the atmosphere to send the suns energy back int <a href=https://www.adidassamba.com.de>adidas samba</a> o space. Less incoming solar radiation would mean less energy trapped near the Earths surface, which would mean its less hot f <a href=https://www.adidas-yeezy.de>yeezy slide</a> or all of us. But blocking the sun could come with a host of other issues from negative impacts on crop productivity to shifts in rainfall, to not being able to stop it. The <a href=https://www.airmaxplus.de>airmaxplus</a> new paper looks at how blocking the sun even as emissions rise would impact stratocumulus clouds in the tropics. Those clouds have reflective t Coyg Drew Magary s Fantasy Novel The Hike聽Has Been Optioned for TV
Japanese particle physicists just received a welcome New Years gift: they won the right to name the superheavy element they spent a dozen years trying to create in an accelerator laboratory. Added bonus: its the first time a team of Asian physicists has had the honor of naming a new element. They beat out a rival team of physicists at the Joint Institute for Nu <a href=https://www.airmaxplus.us>nike air max</a> clear Research in Dubna, Russia, and the Lawrence Livermore National Laboratory in the U.S., for the honor. Element 113, provisionally known as ununtrium, falls right between copernicum and flerovium on the periodic table. But you wont find it anywhere in nature. The physicists had to create it in a high-energy acceleratoruch like Tony Stark did in Iron Man 2, building his own private cyclotron to discover a new element of his own. Granted, it took real-world physicists a hell of a lot longer to synthesize their new element, without the added advantage of a compelling cinematic montage to speed things up. The first hint appeared in 2003, when the joint US/Russia team of LLNL announced theyd spotted evidence of a new element, with the Japanese group at RIKEN reporting a similar observ <a href=https://www.af1.it>air force 1</a> ation in 2004, followed by yet another signature event in 2005. But the International Union of Pu <a href=https://www.adidas-originals.es>adidas originals samba</a> re and Applied Chemistry IUPAC makes the final call on such discoveries, and it remained unconvinced. The problem is that really heavy elements dont hang around very long; element 113s isotopes lasted less than a thousandth of a second. T

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