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Comment fonctionne notre forum => Accueil => Discussion démarrée par: JeaoneKef le Décembre 24, 2024, 07:22:14 am
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Fipf Fujifilm s Unsettling X10 Ad Features Peeing Dogs, Butchered Fish, and Topless Dolls
Today Samsung took the veil off the Galaxy S III, the newest smartphone in the line. The debut of the new device puts more fuel on the fire in the stanley cup (https://www.stanley-cups.us) war between Samsung and Apple, but how do these phones stack up against one another https://gizmodo/samsung-galaxy-s-iii-meet-the-new-android-emperor-5907416 Voice Recognition: Each device has fully-integrated voice controls. Apple has Siri, and Samsung stanley cup (https://www.stanley-cups.de) has S Voice. With both you can speak to the assistant, and ask it to do tasks like send a text, make a call, or schedule and appointment, and so on. It too early to say how S Voice compares performance-wise, but Android Voice Actions has already proven demonstrably better than Apple offering, so color us hopeful. Siri vs. Android: Which Is Better at Understanding Voice Commands Notifications: With iOS 5, Apple completely revamped its alerts into the c stanley cup (https://www.stanleycups.at) atch-all Notification Center, where you can see all the recent activity on not only your calls and texts, but also your apps. Texts are also less intrusive, popping up in the top of the screen. The Galaxy S III, meanwhile, makes some improvements to Android stock notification functionality. Smart Alert looks especially promising; if you miss a call, the phone will vibrate and flash an LED the next time you pick it up. Streaming and Sharing: Apple iCloud puts all of your content in its cloud. So if you download a song on iTunes from your phone, it will automatically pop up on in the library on your Orjd What will go on in 8220;The Center 8221;
These nails start out perfectly arranged, the hardware store equivalent of a perfect crystalline structure. But as their bed begins to vibrate and they start moving around, they become increasingly disordered, actually imitating all the stages of a melting crystal. Basically, this is a great representation of the thermodynamic processes that a crystal experiences as temperatures increase and it begins to melt. Created by University of Toronto physicists Stephen Morris and T. Lynn MacDonald, the states that the shaking nails form are a very close match to the different patterns created by a melting crystal. That a surprising result, considering this shouldn ;t be even remotely analogous. After all, shaking a bed of nails isn 8 stanley cup (https://www.stanleycup.com.se) 217;t really anything like heating up a crystal. Morris explains: Since the nails lose energy on col stanley cups uk (https://www.cup-stanley.uk) lisions, we must continuously feed energy in via the shaking. So this is a very non-thermod stanley cup (https://www.stanley-cup.com.de) ynamic situation, yet we observe more or less the same phases as in liquid crystals. Just why the vibrating nails lose order in such essentially thermodynamic patterns is something Morris and MacDonald hope to explore further. Until then, shaking nails never looked so good. Via New Scientist. CrystalPhysicsScienceThermodynamics