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Virgin Galactic Is One Supersonic Trip Closer to Actual Space Tourism

Virgin Galactic Is One Supersonic Trip Closer to Actual Space Tourism | AMAZING things! | Scoop.it
“ Nearly a decade after Richard Branson founded the space tourism wing of his Virgin empire and more than three years after he unveiled the ship that will get humans into the suborbital vacation business, SpaceShipTwo has proven itself ready for...”
Via Hemanth.Kumar M
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Enjoy the ride....I'm keepin' my feet right here unless we need to escape the planet of course.
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World-leading SuperSTEM microscope that can see single atoms is unveiled

World-leading SuperSTEM microscope that can see single atoms is unveiled | AMAZING things! | Scoop.it
A new super powerful electron microscope that can pinpoint the position of single atoms was unveiled today at the Science and Technology Research Council's Daresbury Laboratory in Cheshire. The microscope will help scientists push boundaries even further in fields such as advanced materials, healthcare and power generation.The £3.7 million Nion Hermes Scanning Transmission Electron Microscope, one of only three in the world, is housed in the Engineering and Physical Sciences Research Council (EPSRC) SuperSTEM facility at Daresbury.The microscope not only allows imaging of unprecedented resolution of objects a million times smaller than a human hair, but also analysis of materials. This means that researchers will not only be able to clearly identify the atoms, but observe the strength of the bonds between them. This will improve understanding of their electronic properties when in bulk and how they may perform when used.Minister for Universities, Science and Cities, Greg Clark, said: "The UK is a world leader in the development and application of STEM (Scanning Transition Electron Microscope) techniques, and this new super-powerful microscope will ensure we remain world-class."From developing new materials for space travel to creating a better, cheaper treatment for anaemia, this new super-powerful microscope lets UK scientists examine how materials behave at a level a million times smaller than a human hair. This exciting research will help lead to breakthroughs that will benefit not only our health but the environment too."Professor Susan Smith, Head of STFC's Daresbury Laboratory, said: "SuperSTEM is home to real world-leading, even Nobel prize winning, research. It will be exciting to see what ground-breaking findings this new microscope will reveal, as it enables our UK academics, and their collaborators within the world-wide scientific community, to expand the frontiers of materials science."
Via Dr. Stefan Gruenwald
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Simply become immortal: AI will talk to loved ones when you die and preserve your digital footprint

Simply become immortal: AI will talk to loved ones when you die and preserve your digital footprint | AMAZING things! | Scoop.it
Eterni.me wants to build an AI from your digital footprint, so you can have virtual chats with loved ones from beyond the grave."We don't try to replace humans or give false hopes to people grieving." Romanian design consultant Marius Ursache, cofounder of Eterni.me, needs to clear this up quickly. Because when you're building a fledgling artificial intelligence company that promises to bring back the dead -- or at least, their memories and character, as preserved in their digital footprint -- for virtual chats with loved ones, expect a lot of flack.The site launched with the look of any other Silicon Valley internet startup, but a definitively new take on an old message. While social media companies want you to share and create the story of you while you're alive, and lifelogging company Memoto promises to capture "meaningful [and shareable] moments", Eterni.me wants to wrap that all up for those you leave behind into a cohesive AI they can chat with.Three thousand people registered to the service within the first four days of the site going live, despite there being zero product to make use of (a beta version is slated for 2015). So with a year to ponder your own mortality, why the excitement for a technology that is, at this moment, merely a proof of concept? The company's motto is "it's like a Skype chat from the past," but it's still very much about crafting how the world sees you -- or remembers you, in this case -- just as you might pause and ponder on hitting Facebook's post button, wondering till the last if your spaghetti dinner photo/comment really gets the right message across. On its more troubling side, the site plays on the fear that you can no longer control your identity after you're gone; that you are in fact a mere mortal. "The moments and emotions in our lifetime define how we are seen by our family and friends. All these slowly fade away after we die -- until one day… we are all forgotten," it says in its opening lines -- scroll down and it provides the answer to all your problems: "Simply Become Immortal". Part of the reason we might identify as being immortal -- at least unconsciously, as Freud describes it -- is because we craft a life we believe will be memorable, or have children we believe our legacy will live on in. Eterni.me's comment shatters that illusion and could be seen as opportunistic on the founders' part. The site also goes on to promise a "virtual YOU" that can "offer information and advice to your family and friends after you pass away", a comfort to anyone worried about leaving behind a spouse or children.The ultimate stumbling block might be, however, the something that's worse than the fear of being forgotten. Admitting you're going to die one day. It's a tough sell, to persuade someone to confess to the secret of their heroism.
Via Dr. Stefan Gruenwald
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After all this is the FUTURE!
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Researchers propose a better way to make sense of 'Big Data'

Researchers propose a better way to make sense of 'Big Data' | AMAZING things! | Scoop.it
Two researchers at Cold Spring Harbor Laboratory challenge the most recent advances in this Big Data analysis, using a classic mathematical concept to tackle the outstanding problems in this field. Mutual information is able to uncover patterns in large lists of numbers, revealing entirely new, unexpected patterns.Big Data is everywhere, and we are constantly told that it holds the answers to almost any problem we want to solve. Companies collect information on how we shop, doctors and insurance companies gather our medical test results, and governments compile logs of our phone calls and emails. In each instance, the hope is that critical insights are hidden deep within massive amounts of information, just waiting to be discovered.But simply having lots of data is not the same as understanding it. Increasingly, new mathematical tools are needed to extract meaning from enormous data sets. In work published online today, two researchers at Cold Spring Harbor Laboratory (CSHL) now challenge the most recent advances in this field, using a classic mathematical concept to tackle the outstanding problems in Big Data analysis.What does it mean to analyze Big Data? A major goal is to find patterns between seemingly unrelated quantities, such as income and cancer rates. Many of the most common statistical tools are only able to detect patterns if the researcher has some expectation about the relationship between the quantities. Part of the lure of Big Data is that it may reveal entirely new, unexpected patterns. Therefore, scientists and researchers have worked to develop statistical methods that will uncover these novel relationships.In 2011, a distinguished group of researchers from Harvard University published a highly influential paper in the journal Science that advanced just such a tool. But in a paper published today in Proceedings of the National Academy of Sciences, CSHL Quantitative Biology Fellow Justin Kinney and CSHL Assistant Professor Gurinder "Mickey" Atwal demonstrate that this new tool is critically flawed. "Their statistical tool does not have the mathematical properties that were claimed," says Kinney.Kinney and Atwal show that the correct tool was hiding in plain sight all along. The solution, they say, is a well known mathematical measure called "mutual information," first described in 1948. It was initially used to quantify the amount of information that could be transmitted electronically through a telephone cable; the concept now underlies the design of the world's telecommunications infrastructure. "What we've found in our work is that this same concept can also be used to find patterns in data," Kinney explains. "This beautiful mathematical concept has the potential to greatly benefit modern data analysis, in biology and in biology and many other important fields.
Via Dr. Stefan Gruenwald
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AI is! This is just another piece to that puzzle.
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Mysterious Quantum 'Dropletons' Form Inside Semiconductors Shot With Lasers

Mysterious Quantum 'Dropletons' Form Inside Semiconductors Shot With Lasers | AMAZING things! | Scoop.it
By peering into a semiconductor with ultra-fast laser pulses, scientists have discovered a new quasiparticle that behaves like a drop of liquid. They call it a quantum droplet, or dropleton.These things were not predicted under any theory and surprised scientists when they appeared unexpectedly in extremely low temperature semiconductor experiments. They have properties unlike anything seen before. “At first we scratched our heads,” said physicist Steven Cundiff of the University of Colorado and National Institute of Standards and Technology in Boulder, one of the authors of a paper appearing today in Nature. “But then we came up with this idea that what we were seeing was this new thing we’re calling a quantum droplet.”There are materials, such as metals, that are good conductors of electricity. Inside of a conductor like copper wire are countless copper atoms arranged in a lattice. The electrons of the copper atoms become unbound from their nuclei and are free to flow, allowing them to easily carry a current. The opposite of this is an insulator, like rubber, in which electrons stay put. Sitting between these two extremes are materials like silicon semiconductors, in which some of the electrons can freely move and conduct electricity, while others are stuck. Pure silicon is actually not a good semiconductor because all of its atoms are covalently bonded to their neighbors. The electrons spend all their time stuck being shared between the atomic nuclei and can’t flow. But introducing impurities that take the place of some of the silicon atoms can free up some of the electrons, creating a semiconductor.When a photon comes into a silicon semiconductor, it hits one of the atomic nuclei, kicking free an electron. Left behind is one type of quasiparticle known as an electron hole. The electron hole is sort of like an empty bubble situated within all the other electrons of all the other atomic nuclei in the silicon lattice. In the same way that an air bubble in a cup of water will rise while all the other water drops tend to fall, the electron hole behaves the opposite of an electron. When describing it using the equations of quantum mechanics, the hole even has a positive charge, compared to the electron’s negative charge.If there’s anything you probably already know about charges, it’s that opposites attract. One electron and one hole can come together and create a quasiparticle known as an exciton. From a quantum mechanical point of view, the hole has properties similar to a proton. In this way, the exciton behaves like a neutral hydrogen atom, in which an electron and proton are bound together. What Cundiff’s team did was cool a gallium-arsenide semiconductor down to that temperature and shoot it with a laser. The laser photons generated free electrons, holes, and eventually excitons inside their semiconductor (all on extremely short timescales of a few trillionths of a second). As the researchers increased the intensity of the laser, it created more and more excitons. But so many excitons start to interfere with one another, and this weakens the bonds between their electrons and holes. At a certain laser intensity, excitons can no longer form.Next, the team shifted the wavelength of the laser down a little and then shot it at the gallium arsenide. Now, the laser pulses created electrons, holes, and excitons. But the excitons could also come together into quasiparticles called a biexcitons, made of two excitons. In the same way that excitons are analogous to a hydrogen atom, a biexciton is like a hydrogen molecule, H2. The researchers also expected that the binds between these biexcitons would weaken as they increased their laser’s intensity. The biexcitons actually became more strongly bound, seeming to form a completely new configuration of four electrons and holes. The experiments also created quasiparticles of five electrons and holes, and six electrons and holes. “We were puzzled,” said Cundiff. “Hydrogen atoms don’t do this.”After checking with some mathematical models, they realized they had discovered something completely new. In the exciton, the electrons and holes were forming something like hydrogen atoms. And then in biexciton, the excitons were regularly spaced apart from one another, just like atoms in a molecule. But in this new quasiparticle, the electrons and holes no longer had a fixed position relative to one another. Instead, they jostled like a small drop of liquid, hence the name dropleton.By performing different control experiments, the team was able to eliminate the possibility that what they were seeing corresponded to any other known quasiparticles, says chemist Daniel Turner of New York University, who was not involved with this work. “Out of this complicated goo of electrons and holes, they’re able to distinguish a new phenomenon,” said Turner.
Via Dr. Stefan Gruenwald
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Proof that hyperspace speed travel or any other seemingly far fetched thing could be right under our nose!
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Downgraf – Design Weblog For Designers20 Beautiful Birds Photography - Downgraf

Downgraf – Design Weblog For Designers20 Beautiful Birds Photography - Downgraf | AMAZING things! | Scoop.it
“ Birds are stunning creatures and with such an unlimited vary of colorful species your positive. Hopefully you all like these beautiful birds photography.”
Via Toon Creffield
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What a vibrant array of color bearers! You gotta see these!
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How to Photograph Birds in Flight

How to Photograph Birds in Flight | AMAZING things! | Scoop.it
“ Bird in Flight Photography When it comes to bird photography there is nothing that I love more than capturing an intimate portrait of a bird in its natural environment. Creating an artistic photograph of a challenging bird on an ...”
Via Sheri Fresonke Harper
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What a spread!
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flygcforum.com - BBC Spitfire Women

flygcforum.com - BBC Spitfire Women | AMAZING things! | Scoop.it
During World War II, a remarkable band of female pilots fought against all odds for the right to aid the war effort. Without these Spitfire Women, the war may never have been won...
Via flygc
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Great untold story!!!
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Rescooped by Sky Sirewest from flygcforum.com ✈ Everything Aviation ✈ Flight Training, Aviation Products, Travel and Leisure Services ✈
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US navy F-18 super hornet HD

“Made this tribute of the f/a-18 hornet with Sony vegas, and from the Tv show Carrier Carrier Nimitz... Song : Rob Dougan - Clubbed to death Please share! New...”
Via Pol Bacquet, sherry, flygc
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Wow what a way to see the Chicago skyline!
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flygcforum.com - WW2 Sinking the Bismarck

flygcforum.com - WW2 Sinking the Bismarck | AMAZING things! | Scoop.it
With her steering jammed and her speed slashed by torpedo attacks, the Bismarck and her crew of 2,200 were a sitting duck for the Royal Navy...

Via flygc
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WWI aircraft flew so slow that the WWII ship Bismarch couldn't shot them down.
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flygcforum.com - How to fly a WW2 Warbird

flygcforum.com - How to fly a WW2 Warbird | AMAZING things! | Scoop.it
During its time, the Lockheed P-38 Lightning was considered the most sophisticated aircraft Lockheed had ever built...
Via flygc
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I was always so fascinated by the double booms and twin rudder. I always thought this was the coolest looking plane. Very different. This video alowsyou to take a flight in it!
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Brand Ukraine: Where Do We Stand On The Global Stage?

Brand Ukraine: Where Do We Stand On The Global Stage? | AMAZING things! | Scoop.it
"Ukraine is one of Europe’s greatest undiscovered gems, rich in culture, history and natural resources. Yet, how have events in recent years impacted perceptions of Ukraine around the world, and, more importantly, what needs to be done in order to improve its ‘brand’, and boost tourism, foreign direct investment and international trade? Farzana Baduel, of Curzon PR, investigates."
Via Julien Dos Reis Pedro
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Didn't know this....
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Best Photographers

Best Photographers | AMAZING things! | Scoop.it

Via Ana Cristina Pratas
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Absolutely no words for these photographs...

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Crunch time for Mars One to avoid a two-year delay

Crunch time for Mars One to avoid a two-year delay | AMAZING things! | Scoop.it
Mars One, the Dutch firm hoping to colonise the Red Planet, has just a few months to decide whether it will launch its first unmanned mission to Mars in 2018. If it misses the deadline, the entire high-risk enterprise will be delayed another two years. While national space agencies think manned missions to Mars are something for the distant future, Mars One says it can establish a permanent colony on the planet by the mid-2020s, funded by turning the whole thing into a reality TV show and selling the media rights.In 2013 the firm announced a partnership with aerospace firm Lockheed Martin to build an unmanned Mars lander based on an old NASA probe, Phoenix, that would extract water from the surface and test solar panel technology. It also signed a separate contract with UK firm Surrey Satellite Technology (SSTL) to build a communications satellite to relay live video from the lander.But yesterday, SpaceNews reported that work on these two missions had been suspended – a claim Mars One CEO Bas Lansdorp denies. "We're currently reviewing the results of the work our suppliers did and are preparing for the next contracts, so we're simply in between contracts," he says. "The 2018 robotic mission is still the very very highest priority for Mars One." But meeting the 2018 launch date will be tricky, he admits. "If we cannot make this deadline we are always flexible in moving another two years," he says. "That's a decision that we will have to make before the summer." The Mars One timeline has already slipped, as initial plans called for a communications satellite in 2014.Mars One recently announced it has narrowed the pool of applicants down to 100 astronaut candidates who will start training for what will be a one-way trip, assuming it gets off the ground. Lansdorp says the firm will start building a simulation of the astronauts' future Mars base in the Netherlands later this year. "We are in negotiation with the construction company, but the actual construction hasn't started." The plan to sell the TV rights is on shaky ground, too. Lansdorp says a deal with media company Endemol, which produced Big Brother, has fallen through, and it will instead work with an as-yet unnamed company to produce a documentary series.
Via Dr. Stefan Gruenwald
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This is like a sci-fi movie...
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Dazzling display of light by auroras on Saturn

Dazzling display of light by auroras on Saturn | AMAZING things! | Scoop.it
Scientists first observed Saturn’s auroras in 1979. Decades later, these shimmering ribbons of light still fascinate. For one thing they’re magnificently tall, rising hundreds of miles above the planet’s poles. And unlike on Earth where bright displays fizzle after only a few hours, auroras on Saturn can shine for days. Auroras are produced when speeding particles accelerated by the sun’s energy collide with gases in a planet’s atmosphere. The gases fluoresce, emitting flashes of light at different wavelengths. Watch the video to see an edge-on view of Saturn’s northern and southern lights courtesy of NASA’s Hubble Space Telescope.
Via Dr. Stefan Gruenwald
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Amazing!
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Steve Perlman's Amazing Wireless Machine Is Finally Here

Steve Perlman's Amazing Wireless Machine Is Finally Here | AMAZING things! | Scoop.it
Entrepreneur Steve Perlman unveils a new version of his wireless technology, which could give each mobile device its own super-fast connection.Steve Perlman is ready to give you a personal cell phone signal that follows you from place to place, a signal that’s about 1,000 times faster than what you have today because you needn’t share it with anyone else.Perlman — the iconic Silicon Valley inventor best known for selling his web TV company to Microsoft for half a billion dollars — started work on this new-age cellular technology a decade ago, and on Wednesday morning, he’ll give the first public demonstration at Columbia University in New York, his alma mater.Previously known as DIDO, the technology is now called pCell — short for “personal cell” — and judging from the demo Perlman gave us at his lab in San Francisco last week, it works as advertised, streaming video and other data to phones with a speed and a smoothness you’re unlikely to achieve over current cell networks.“It’s a complete rewrite of the wireless rulebook,” says Perlman, who also helped Apple create QuickTime, the technology that brought video to the Macintosh. “Since the invention of wireless, people have moved around the coverage area. Now, the coverage area follows you.”“That will shock people,” Perlman said in an interview. “It means we have hundreds of millions of devices out there that are ready to go.”Under Perlman’s pCell system, interference from the cells is not an issue. Instead of blasting out a dumb signal across a given area, Perlman and his team of researchers have developed a smart transmission system. Their networking equipment locates a device like a smartphone and uses complex mathematical operations to create a unique signal—hence the personal cell idea—just for that device. The upshot of this is that you can place the pCell transmitters anywhere and not worry about their signals bleeding into each other. And instead of sharing a signal, each person gets to tap into close to the full capacity of the transmitter. “We believe this is the largest increase in capacity in the history of wireless technology,” says Perlman. “It’s like the wireless equivalent of fiber-optic cables.”Artemis Networks is the company Perlman has formed to sell this technology. It’s in the process of putting pCell transmitters on about 350 rooftops in San Francisco, and Perlman is looking to work with a telco or technology company like Google(GOOG) or Microsoft (MSFT) to get a commercial service running in the fourth quarter. “We’ll do San Francisco first and then do New York, Chicago, Dallas, and other congested cities,” says Perlman.To work properly, a company backing the pCell technology would need to build out a large data center in addition to deploying the transmitters. It’s in the data center where servers constantly crunch away on the algorithms that form the unique wireless stream aimed at each device. As people move about, the servers must keep recalculating and processing a new stream. Perlman expects that a single data center could satisfy the needs of a city like San Francisco.
Perlman has spent about 10 years working on this technology with a handful of employees. I paid a recent visit to their San Francisco laboratory and saw the technology working firsthand. Perlman had put a few of the transmitters up near the ceiling and was able to direct a wireless beam right at a device in my hand. Despite such demonstrations, Perlman has been unable to tempt venture capitalists with the technology. “They invariably bring in experts who say it doesn’t really work,” he says. “I am showing them a demo, but they remain convinced that it’s something else.”
Perlman, who made millions selling WebTV to Microsoft, has funded all of this himself, and he declines to reveal the exact amount spent so far. He will show off the pCell technology at Columbia University on Wednesday during a midday lecture.
Via Dr. Stefan Gruenwald
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Is cube satellite broadcasting bringing a free Internet to the entire world?

Is cube satellite broadcasting bringing a free Internet to the entire world? | AMAZING things! | Scoop.it
A small team of workers at a New York based non-profit organization called Media Development Investment Fund (MDIF) has announced its intention to build an "Outernet"—a global network of cube satellites broadcasting Internet data to virtually any person on the planet—for free. The idea, the MDIF website says, is to offer free Internet access to all people, regardless of location, bypassing filtering or other means of censorship.As the Internet has grown in size and importance, human rights organizations, or those (such as MDIF) promoting freedom of expression, have begun to propose that access to the information that the Internet can provide, is a basic human right. Conversely, they suggest that restricting access to the Internet is a violation of human rights. MDIF seeks to circumvent those that might wish to violate such human rights by bypassing their ability to restrict access—they are proposing that hundreds of cube satellites be built and launched to create a constellation of sorts in the sky, allowing anyone with a phone or computer to access Internet data sent to the satellites by several hundred ground stations.MDIF claims that 40 percent of the people in the world today are still not able to connect to the Internet—and it's not just because of restrictive governments such as North Korea—it's also due to the high cost of bringing service to remote areas. An Outernet would allow people from Siberia to parts of the western United States to remote islands or villages in Africa to receive the same news as those in New York, Tokyo, Moscow or Islamabad. That they say, would guarantee all people the same Internet rights as everyone else.The Outernet, as envisioned, would be one-way—data would flow from feeders to the satellites which would broadcast to all below. MDIF plans to add the ability to transmit from anywhere as well as soon as funds become available. At this time, it's not clear how much MDIF has been able to collect for the project, but acknowledge that building such a network would not be cheap. Such satellites typically run $100,000 to $300,000 to build and launch. Still, the timeline for the project calls for deploying the initial cubesats as early as next summer.As conceived, at least in its initial stages, the constellation of satellites would broadcast data received in a continuous loop until new fresh data arrives. Broadcasting will be done using already accepted international standards such as UDP-based WiFi multicasting, DVB, and Digital Radio Mondiale.
Via Dr. Stefan Gruenwald
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Wow!
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Rescooped by Sky Sirewest from The brain and illusions
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You Won't Believe These Patterns Created by Flocks of Birds in Flight

You Won't Believe These Patterns Created by Flocks of Birds in Flight | AMAZING things! | Scoop.it
“ When birds travel in flocks, their behavior takes on emergent properties. Out of the chaos of flight, gorgeous, geometric patterns coalesce.”
Via Gerald Carey
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Like coded messages in the sky are these ever changing patterns created by birds!
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Top 25 Wild Bird Photographs of the Week #54

Top 25 Wild Bird Photographs of the Week #54 | AMAZING things! | Scoop.it
“ Bald eagles, pond herons, fairy-wrens, flamebacks, rollers, junglefowl, tits and sunbirds… The new Wild Bird Trust website has been updated and your wild bird photographs can now be submitted at: www.wildbirdtrust.com/top25. We are very proud to...”
Via Dale Wagner
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Beautiful Colors within this article!
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#Jerusalem - #Huge Snow Storm Continues To Batter Israel (photos)

#Jerusalem -  #Huge Snow Storm Continues To Batter Israel (photos) | AMAZING things! | Scoop.it
“ Jerusalem - Police worked to help dozens of drivers stranded on Jerusalem's streets and on the entry roads into the capital as intermittent snow continued to fall on Friday morning. Roads to the capital remained closed Friday morning.”
Via #BBBundyBlog #NOMORELIES Tom Woods #Activist Award #Scoopiteer >20,000 Sources >250K Connections http://goo.gl/ruHO3Q
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When it snows in Israel somethin's up! that's like getting snow in the Mojave Desert!
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flygcforum.com - WW1, Who Killed The Red Baron?

flygcforum.com - WW1, Who Killed The Red Baron? | AMAZING things! | Scoop.it
There was one man, Baron Manfred von Richthofen, who liked to fly in a blazing red airplane and shoot down plane after plane...
Via flygc
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Mystery!
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The Coolest Resort in Each Caribbean Island Nation - Pacsafe

The Coolest Resort in Each Caribbean Island Nation - Pacsafe | AMAZING things! | Scoop.it
“ But considering the 300-acre resort is nestled against a white sand beach on a private island two miles from Antigua, let's just say a one-night stay at Jumby Bay is a fantastic bucket list entry and leave it at that.”
Via Manuel Sanchez
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Nice places to visit!
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Visit Guatemala presenta « Lecciones de vida »

Visit Guatemala está lanzando una nueva campaña turística: “Lecciones de vida”. Ya salió 3 videos : - Nunca Creas Que Lo Has Visto Todo - Sincronizarse con el Planeta http://bit.ly/1cGuvzG - Riquezas más allá del dinero http://bit.ly/1cGuz2r También están creando una página web dedicada a esta campaña : http://www.leccionesdevida.com.gt/
Via Julien Dos Reis Pedro
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Beautiful City! How come I've never seen this city on TV here in America? or in a movie or something?
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Original abstract painting, modern art, acrylic paintings, yellow purple orange pink white painting, CABO ROIG

Original abstract painting, modern art, acrylic paintings, yellow purple orange pink white painting, CABO ROIG | AMAZING things! | Scoop.it
“TITLE: Cabo Roig Original Acrylic on stretched Canvas. SIZE: 60 cm x 80 cm (23,62 inch x 31,5 inch), the canvas is 0,7 inch deep.”
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Nice soft pillows of color...
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