09.Samsung Galaxy Note 5 Release Date, Specs Rumors: All-Metallic Curved Body with Aluminum Edge Seen

Although Samsung has not yet made any official announcement on the impending release of its Galaxy Note 5, mobile blogs and websites are churning out details on what the new phablet will look like in terms of size, resolution, processor and other details.

It is rumored that Samsung will release Galaxy Note 5 in time for the IFA trade show for consumer electronics slated on Sept. 4 to 9 in Berlin, Germany just like when it released the Galaxy Note 4 last September.

Samsung Galaxy Note 4 sports a 5.7-inch Super AMOLED display with Qualcomm Snapdragon 805 and Exynos 5433 chipsets.

According to the blog Note5US.com, Samsung Galaxy Note 5 will likely have a 5.9-inch 4K Super AMOLED display with 600+ ppi and a 4GB RAM.







Internal storage will range from 16GB to 64GB that can be expanded to 128GB.

Galaxy Note 5 will also have an aluminum edge with an all-metallic curved body that will feature water resistance, the source said.

It also claimed that the upcoming device will have an Octa core processor clocked at 2.9Ghz with a 64-bit architecture.

"Finger print sensor and retina scanner is more than likely to be included," the blog said.

Galaxy Note 5 is said to have an 19 megapixel camera with 4K recording capability and a 5 megapixel front-facing camera.

Another blog, Gizbot, said the Galaxy Note 5 will have Snapdragon Qualcomm 808 chipset with an Octa Core 2.9 GHz CPU.

The Galaxy Note 5 is expected to be released in September in many countries including the U.S., U.K., India, Australia, Japan and Russia.

As to the price of Galaxy Note 5, it is speculated that it will cost between $800 to $1,000.




Source:
http://www.christiantimes.com/article/samsung.galaxy.note.5.release.date.specs.rumors.all.metallic.curved.body.with.aluminum.edge.seen/51133.htm

Samsung’s Galaxy S6 teasers hints metallic finish and bezel free screen

Samsung’s latest teasers for Galaxy S6 smartphones shows a full metallic body and thinner bezels

Samsung has released two teasers for its most awaited flagship Galaxy 6 model to wow buyers. One teaser which went viral on Youtube is a narrative 45 seconds video and the other is a profile picture on Instagram.

As per the teaser on YouTube the actual design has not been released however it has been described by a voice over in an intriguing way which says: “Tomorrow Metals will Flow, Borders will disappear” which clearly indicates that as against the “plastic body” in its earlier Galaxy S series; Samsung’s Galaxy 6 would be made of full metallic body and the border will disappear indicating it will be “Bezel free” so that the user will have benefit of optimum screen size.


More@
http://www.techworm.net/2015/02/samsungs-galaxy-s6-teasers-hints-metallic-finish-and-bezel-free-screen.html

Scientists 3D print cartilage to repair damaged windpipes

Believe it or not, scientists aren't yet finished discovering new ways to 3D print body parts. A team at the Feinstein Institute for Medical Research has developed a 3D printing technique that lets them produce cartilage for repairing damaged tracheas, better known to you and I as windpipes. They use an off-the-shelf 3D printer (in this case, a MakerBot Replicator 2X Experimental) to create a scaffold for the cartilage out of the same PLA filament you'd use for everyday 3D printing projects. After that, they cover the scaffold in a mix of chondrocytes (healthy cartilage cells) and collagen, 'baking' it in a custom bioreactor to make sure the cells grow properly.






The new approach is just a proof of concept right now, and researchers estimate that it could take up to five years before it's helping to repair airways in humans. If it works as promised, though, it could do a lot for fixing not just tracheas, but other body parts. Instead of relying on either slow conventional reconstruction methods or expensive biological printers, you could use relatively cheap hardware to get replacements within hours. That, in turn, would both lower medical costs and let patients resume their lives that much sooner.

Source:
http://www.engadget.com/2015/01/28/3d-printed-windpipe-cartilage/