+- Forums (https://australiantravelforum.com/Upload)
+-- Forum: My Category (https://australiantravelforum.com/Upload/forumdisplay.php?fid=1)
+--- Forum: My Forum (https://australiantravelforum.com/Upload/forumdisplay.php?fid=2)
+--- Thread: hmwz Turn Your Apple TV Into an NES Console (Kinda) (/showthread.php?tid=234922)
hmwz Turn Your Apple TV Into an NES Console (Kinda) - Jeaoneuntor - 12-11-2024
Nvog Bradley Manning and the Future of Punishment
A research team at the University Southampton have built a functioning aircraft from a 3D printer. Though it a fraction of the size of a normal aircraft its wingspan is 6.5 feet , future plane designs might find the design techniques valuable. Eurekalert says that the team used a laser sintering mach stanley cup ine, which assembles objects layer-by-layer from metal or plastic. And because of the manufacturing method, they were able to make changes to the design on the fly with minimal time o stanley mug r money expense. Laser sintering allows the designer to create shapes and structures that would normally involve costly traditional manufacturing techniques. This technology allows a highly-tailored aircraft to be developed from concept to first flight in days. Using conventional materials and manufacturing techniques, such as composites, this would normally take months. Furthermore, because no tooling is required for manufacture, radical changes to the shape and scale of the aircraft can be made with no extra cost. Once finished, the plane was able to travel as fast as 100 mph and could even fly itself, thanks to an autopilot module. The plane wing was modeled after t stanley usa hat of the the legendary Spitfire plane, whose elliptical wing is considered too difficult and expensive to make using standard techniques. But using the laser sintering method, it became much easier. Ultimately, it would be amazing to see this new way of designing aircraft lead to breakthroughs in larger planes that Nwtp How to Take a Gorgeous Photo Like This on a Perfect Summer Night
A recent paper by Caterina Wiedemann describing her success in freezing and thawing the egg cells of several different cat species is raising an interesting question about our efforts to preserve endangered animals. We ;ve got a doomsday seed vault in the Arctic, so why not create egg vaults, too To be more specific about Wiedemann achievement, she managed to both freeze and thaw feline oocytes immature ovums, or egg cells still stanley cup packed in the ovary cortex. These cells were exposed to min stanley mugs us 196 degrees Celsius in vats of liquid nitrogen. It basically cryopreservation. The ovarian cortex is the reservoir of these reproductive cells, and it contains thousands of oocytes. Storing the entire cortex, therefore, would help to ensure genetic diversity when kickstarting an endangered or even extinct species. Wiedemann used a freezing procedure that used in human medicine. Women who are suffering from cancer often have their ovarian tissue removed to avoid damage from chemotherapy or radiotherapy. https://gizmodo/new-vitrification-technique-allows-women-to-freeze-th-5954176 This is the first report of preserving a huge amount of follicles within ovarian tissue by slow freezing performed in several wild feline species, she noted in the stud stanley cups y. Wiedemann looked at felid species specifically because all wild cats are currently listed on the Red List for endangered species of the International Union for Conservation of Nature IUCN . Inter