12-24-2024, 12:23 PM
Yydm The Most Wicked Optical Illusion I ve Seen So Far
HP hasn 821 stanley cup 7;t had the best go of it the past few years. According to a report stanley becher from ReadWrite, though, it trying to get off the mat with a new premium tablet, powered by Android. The reported tablet would run Nvidia new Tegra 4 processor, and has been in development since before Thanksgiving. HP business side has actually been producing some really awesome hardware, like the Envy X2, and the EliteBook Revolve. https://gizmodo/the-tegra-4-is-here-5973635 Both of those run Windows 8, though. So this is a change on the OS side, even though HP has poked around with Android a bit in the past. There is also some talk of HP going into smartphones, though that a more tenuous proposition. We ;ve never seen HP design a great smartphone, and flashbacks to the Palm and WebOS acquisition don ;t fill anyone with confidence. We ;ll see what HP has at Mobile World Congress later this month, where it will supposedly show off some new hardware. [ReadWrite] stanley shop AndroidGoogleTablets Hxuq A Symmetrical Fractal Pattern Found in Nature
Self-healing materials are substances that can knit themselves back together after being torn or broken. Here you can see a new self-healing hydrogel that could revolutionize how we treat internal wounds to the stomach. Hydrogels are squishy polymer chains that look something like gummi bears. They are very useful in medicine, because they contain so much water they ;re as flexible as biological tissues. Now, new research out of UCSD offers a way to make these gels stick together with incredible strength. Researchers pulled off this trick by adding dangling hydroca stanley cup nz rbon side chains to the polymer network that makes up the gel. With these in place, exposure to an acidic environment causes the self-healing hydrogel to knit together exposure to a basic one makes it separate again . That means that two pieces of the hydrogel can be stitched together, or damaged areas can knit together, simply by exposing it to environments of pH 3 or lower for just two seconds. High pH environments stanley water bottle split it apart again, but the process can be repeat stanley cup ed many times without ill effect. Not only that, but the strength of the bond is impressive. After just 10 seconds of bonding the join can take 2 kPa of stress and when it breaks, it breaks in the middle of the gel, not at the join. The material continues to strengthen for up to 24 hours of exposure to the acid, eventually being able to handle 35卤3 kPa of stress. The potential applications of this are just freaking incredible 鈥?but som
HP hasn 821 stanley cup 7;t had the best go of it the past few years. According to a report stanley becher from ReadWrite, though, it trying to get off the mat with a new premium tablet, powered by Android. The reported tablet would run Nvidia new Tegra 4 processor, and has been in development since before Thanksgiving. HP business side has actually been producing some really awesome hardware, like the Envy X2, and the EliteBook Revolve. https://gizmodo/the-tegra-4-is-here-5973635 Both of those run Windows 8, though. So this is a change on the OS side, even though HP has poked around with Android a bit in the past. There is also some talk of HP going into smartphones, though that a more tenuous proposition. We ;ve never seen HP design a great smartphone, and flashbacks to the Palm and WebOS acquisition don ;t fill anyone with confidence. We ;ll see what HP has at Mobile World Congress later this month, where it will supposedly show off some new hardware. [ReadWrite] stanley shop AndroidGoogleTablets Hxuq A Symmetrical Fractal Pattern Found in Nature
Self-healing materials are substances that can knit themselves back together after being torn or broken. Here you can see a new self-healing hydrogel that could revolutionize how we treat internal wounds to the stomach. Hydrogels are squishy polymer chains that look something like gummi bears. They are very useful in medicine, because they contain so much water they ;re as flexible as biological tissues. Now, new research out of UCSD offers a way to make these gels stick together with incredible strength. Researchers pulled off this trick by adding dangling hydroca stanley cup nz rbon side chains to the polymer network that makes up the gel. With these in place, exposure to an acidic environment causes the self-healing hydrogel to knit together exposure to a basic one makes it separate again . That means that two pieces of the hydrogel can be stitched together, or damaged areas can knit together, simply by exposing it to environments of pH 3 or lower for just two seconds. High pH environments stanley water bottle split it apart again, but the process can be repeat stanley cup ed many times without ill effect. Not only that, but the strength of the bond is impressive. After just 10 seconds of bonding the join can take 2 kPa of stress and when it breaks, it breaks in the middle of the gel, not at the join. The material continues to strengthen for up to 24 hours of exposure to the acid, eventually being able to handle 35卤3 kPa of stress. The potential applications of this are just freaking incredible 鈥?but som
