(File photo)
The year 2016 is a big year for China’s aerospace industry, as several rockets will be sent into space, including Tiangong-2, an orbiting space lab and Shenzhou-11, a manned spacecraft with two people on board.
Two new types of rockets will be launched in 2016. Long March-7, scheduled to be launched in June, will put the country’s first cargo ship, Tianzhou-1, into space in the first half of 2017 to dock with Tiangong-2 and conduct experiments.
Australia’s coast, being both great surf territory as well as a primo shark habitat, is getting a technological upgrade to keep the swimmer-fish twain from meeting: A shark-spotting drone nicknamed the “Little Ripper.”
A joint venture between Aussie philanthropist Ken Weldon and Aussie bank Westpac, the $250,000 battery-powered unmanned helicopter will be deployed in the skies above New South Wales. On Sunday, New South Wales Premier Mike Baird heralded the drone as the future of oceanic search and rescue.
The Internet full of incredible DIY projects that make you wish you had the years of experience required to build your own Batmobile, flaming Mad Max guitar, or hoverboard. Thankfully with the underlit miniskirt, we’ve come across a DIY item that looks awesome and is still easy to make.
This wearable was inspired by the Hikaru skirt, a programmable LED miniskirt that took certain corners of the Japanese Internet by storm earlier this year.
The strangest life forms on Earth just got a lot stranger.
In 2003, Didier Raoult of Aix-Marseille University in France and his colleagues discovered a new kind of virus lurking inside single-celled protozoans.
Like other viruses, it couldn’t grow on its own, lacking the biochemical machinery to build proteins and genes. Instead, it had to infect host cells and use their material to produce new viruses.
New genetic technologies like CRISPR/Cas9 gene editing and synthetic biology are leading us to entirely new definitions of disease. Now “patients” include people who want children who lack some of their own genes, or have additional ones that they themselves lack. Also among the new patients are people who in the past were too old to have children as well some women who get sick from pregnancy and childbirth, or even the idea of them. Technological advances on the horizon may eventually offer treatment for such conditions.
In February 2015 the British Parliament approved production of “three-parent” children by transferring the nucleus of one woman’s egg into the nucleus-less (“enucleated”) egg of a second woman to avoid the propagation of certain rare “mitochondrial” diseases, Though there were acknowledged risks of the unprecedented procedure (including the possibility of producing novel birth defects), the argument that prevailed was that some mitochondrial diseases are so devastating that it should be tried in the narrowly defined group of prospective mothers carrying defective mitochondria.
Not long afterward, news articles began to appear discussing use of the technique for an entirely different purpose. The procedure’s inventor, the Oregon Health & Science University biologist Dr. Shoukhrat Mitalipov, was now proposing to treat infertility in older women by transferring their egg nuclei into the enucleated eggs of younger women.
Posted in finance, quantum physics
More great news on Quantum Networks; some banks in Europe are leveraging the technology to communicate among themselves.
Light is everywhere. Even the darkest of rooms in our homes contain a handful of blinking LEDs. But what is light? Few of us ever stop to think about this question. Around a hundred years ago scientists discovered that light comes in granules, much like the sand on a beach, which we now call photons.
These are truly bizarre objects that obey the rules of the quantum world. The rules allow some pairs of photons to share a property called entanglement. After being entangled, two photons behave as one object. Changing one photon will affect the other at exactly the same time, no matter how far apart they are.
Far from being a strange but useless property, this is now being put to good use to build computer networks that cannot be hacked. Imagine the scenario where you’re buying a gift over the internet. You will need to input your credit card details, hoping nobody steals them. But what happens if there is a smart criminal tapping your line, listening in to all your communications? Well, there is nothing stopping that eavesdropper from making off with your credit card details and using them on their next shopping spree.
Posted in particle physics, space travel
“Kaspersky admits that targeted attacks represent less than one percent of the entire threat landscape”;
Hmmm (wonder how much it cost to develop and deploy?) At least it’s a start.
https://lnkd.in/bzjHfzF
