Apple Introduces iPhone 6s and iPhone 6s Plus
Innovation isn’t always obvious to the eye, but look a little closer at iPhone 6s and you’ll find it’s been fundamentally improved. The enclosure is made from a new alloy of 7000 Series aluminum — the same grade used in the aerospace industry. The cover glass is the strongest, most durable glass used in any smartphone. And a new rose gold finish joins space gray, silver, and gold. Learn more about iPhone 6s design See the rest here:...
MWC Revisited: The most interesting wearables
Wearables failed to make much of a splash at MWC 2016. The category seemed to be an afterthought for many manufacturers — such as HTC or Samsung — which instead focused on smartphones and virtual reality products. Unlike in 2015, when we saw new smartwatches from Huawei, LG and others, Android Wear was mostly missing from this year’s Barcelona show. Now, that’s not to say the cause was completely lost, since...
MWC Revisited: The most interesting wearables
Wearables failed to make much of a splash at MWC 2016. The category seemed to be an afterthought for many manufacturers — such as HTC or Samsung — which instead focused on smartphones and virtual reality products. Unlike in 2015, when we saw new smartwatches from Huawei, LG and others, Android Wear was mostly missing from this year’s Barcelona show. Now, that’s not to say the cause was completely lost, since...
Apple Announces Record iPhone 6s and iPhone 6s Plus Sales
CUPERTINO, California — September 28, 2015 — Apple® today announced it has sold more than 13 million new iPhone® 6s and iPhone 6s Plus models, a new record, just three days after launch. iPhone 6s and iPhone 6s Plus will be available in more than 40 additional countries beginning October 9 including Italy, Mexico, Russia, Spain and Taiwan. The new iPhones will be available in over 130 countries by the end of the year.“Sales for iPhone...
Lab-grown sperm cells successfully produced fertile baby mice
Embryonic stem cells, as you might know, can differentiate into any type of cell and are widely used in medical research. In order to coax them to transform into sperm cells, though, the team had to create an environment that mimicked the inside of a mouse’s testes. They mixed the stem cells with chemicals, testicular cells and hormones that gave rise to what the scientists call “spermatid-like cells.” While they...
