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Quantum Hypercube Memory will Enable Distributed Parallel Small Quantum Computers to Provide Exponential Speed up over Classical Computing

Quantum Hypercube Memory will Enable Distributed Parallel Small Quantum Computers to Provide Exponential Speed up over Classical Computing | Amazing Science | Scoop.it

A quantum computer doesn't need to be a single large device but could be built from a network of small parts, new research from the University of Bristol has demonstrated. As a result, building such a computer would be easier to achieve.

Many groups of research scientists around the world are trying to build a quantum computer to run algorithms that take advantage of the strange effects of quantum mechanics such as entanglement and superposition. A quantum computer could solve problems in chemistry by simulating many body quantum systems, or break modern cryptographic schemes by quickly factorising large numbers.

Previous research shows that if a quantum algorithm is to offer an exponential speed-up over classical computing, there must be a large entangled state at some point in the computation and it was widely believed that this translates into requiring a single large device.

In a paper published in the Proceedings of the Royal Society A, Dr Steve Brierley of Bristol's School of Mathematics and colleagues show that, in fact, this is not the case. A network of small quantum computers can implement any quantum algorithm with a small overhead.

The key breakthrough was learning how to efficiently move quantum data between the many sites without causing a collision or destroying the delicate superposition needed in the computation. This allows the different sites to communicate with each other during the computation in much the same way a parallel classical computer would do.

Mercor's curator insight, February 26, 10:10 AM

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An origami fractal made out of 50,000 business cards is the first physical representation of the Mosely Snowflake

An origami fractal made out of 50,000 business cards is the first physical representation of the Mosely Snowflake | Amazing Science | Scoop.it

An origami fractal made out of nearly 50,000 business cards is the first physical representation of the Mosely Snowflake three-dimensional fractal in the world. The sculpture was put together by more than 300 students and volunteers at the University of Southern California.

 

"Our community has brought this object into being for the first time,” said Catherine Quinlan, Dean of USC Libraries. “Before this project, this beautiful and enigmatic fractal existed only digitally and in the imaginations of mathematicians and artists.”

 

In mathematics, there's a little more to the concept of the fractal than the psychedelic computer-generated imagery with which we're all familiar. According to mathematician and "father of fractal geometry," Benoit Mandelbrot, a fractal is "a set for which the Hausdorff Besicovich dimension strictly exceeds the topological dimension."

 

Mandelbrot's definition is a little like ancient parchment: very difficult to illuminate without committing vandalism, in this case to the subtlety and complexity of the idea. What's crucial is a property of the fractal that, actually, the computer visuals are rather adept at visualizing: their self-similarity at different scales. Get close up and what you'll see will strongly resemble the whole. The same is true of 3D fractals, physically manifest or otherwise.

 

The Mosely Snowflake fractal was discovered in 2006 by engineer and origami practitioner Jeannine Mosely, whose construction of the Menger Sponge fractal that same year (also out of business cards ... 66,000 of them) received widespread attention. The Menger Sponge was the first 3D fractal to be discovered, by Karl Menger in 1926.

 

If fractals had DNA, the Menger Sponge and the Mosely Snowflake would share an awful lot, but where the Menger Sponge is built from, and results in, cube shapes, the Mosely Snowflake generates broadly-hexagonal snowflake-like forms.

 

Roshan Jerad Perera's curator insight, March 14, 3:08 AM

I'm gonna try that too. :P

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Power of the brain: Kelvin Okafor pencil drawings amaze art critics

Power of the brain: Kelvin Okafor pencil drawings amaze art critics | Amazing Science | Scoop.it

A series of pencil drawings by a north London artist have been amazing art critics. Kelvin Okafor, from Tottenham, has scooped a number of national awards and exhibited at galleries across the country. The 27-year-old Middlesex University Fine Art graduate's drawings are often mistaken for photographs. He draws his painting just from memory.

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Walter Tschinkel's Aluminum Casts of Ant Colonies Reveals Insect Architecture

Walter Tschinkel's Aluminum Casts of Ant Colonies Reveals Insect Architecture | Amazing Science | Scoop.it
Retiree Walter R. Tschinkel is an entomologist and former professor of Biological Science at Florida State University. He recognizes ants as "some of nature's grand architects" and, curious to understand their self-created habitats, devised a clever (if cruel) way to do it: By pouring molten aluminum down into the hole.

 

Unsurprisingly, the ants die in the process. But after the aluminum cools and Tschinkel has completed a meticulous excavation, he unearths these wondrous, chandelier-esque shapes revealing the alien architectures of the colony.


Via Alessio Erioli, Tudor Cosmatu
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Theo Jansen - graceful creatures powered only by the wind

Kinetic sculptor and artist Theo Jansen builds 'strandbeests' from yellow plastic tubing (http://www.bbc.co.uk/programmes/b00vt1xp)

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Sound, water and science! Artist makes a splash with his amazing portfolio of liquid droplets

Sound, water and science! Artist makes a splash with his amazing portfolio of liquid droplets | Amazing Science | Scoop.it
They could almost be mistaken for images taken in the far-reaches of outer space, or an ultra-magnified snapshot of microscopic organisms.
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X-ray Vision: Fish Inside Out

X-ray Vision: Fish Inside Out, organized by the Smithsonian’s National Museum of Natural History and the Smithsonian Institution Traveling Exhibition Service (SITES), is an exhibit traveling to museums across the country through 2015. Visit http://www.sites.si.edu/exhibitions/exhibits/ichthyo/index.htm for the tour itinerary.

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2012's top underwater shots

2012's top underwater shots | Amazing Science | Scoop.it

Slideshow

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Ice Age Lion Man Carved From Mammoth Ivory Makes It The World's Oldest Sculpture

Ice Age Lion Man Carved From Mammoth Ivory Makes It The World's Oldest Sculpture | Amazing Science | Scoop.it

The star exhibit initially promised for the British Museum’s “Ice Age Art” show will not be coming—but for a good reason. New pieces of Ulm’s Lion Man sculpture have been discovered and it has been found to be much older than originally thought, at around 40,000 years. This makes it the world’s earliest figurative sculpture.

 

The story of the discovery of the Lion Man goes back to August 1939, when fragments of mammoth ivory were excavated at the back of the Stadel Cave in the Swabian Alps, south-west Germany. This was a few days before the outbreak of the Second World War. When it was eventually reassembled in 1970, it was regarded as a standing bear or big cat, but with human characteristics.

The ivory from which the figure had been carved had broken into myriad fragments. When first reconstructed, around 200 pieces were incorporated into the 30cm-tall sculpture, with about 30% of its volume missing.

Further fragments were later found among the previously excavated material and these were added to the figure in 1989. At this point, the sculpture was recognised as representing a lion. Most specialists have regarded it as male, although paleontologist Elisabeth Schmid controversially argued that it was female, suggesting that early society might have been matriarchal.

The latest news is that almost 1,000 further fragments of the statue have been found, following recent excavations in the Stadel Cave by Claus-Joachim Kind. Most of these are minute, but a few are several centimetres long. Some of the larger pieces are now being reintegrated into the figure.

 

Even more exciting than the discovery of new pieces, the sculpture’s age has been refined using radio-carbon dating of other bones found in the strata. This reveals a date of 40,000 years ago, while until recently it was thought to be 32,000 years old. Once reconstruction is completed, several tiny, unused fragments of the mammoth ivory are likely to be carbon dated, and this is expected to confirm the result.

This revised dating pushes the Lion Man right back to the oldest sculptures, which have been found in two other caves in the Swabian Alps. These rare finds are dated at 35,000 to 40,000 years, but the Lion Man is by far the largest and most complex piece. A few carved items have been found in other regions which are slightly older, but these have simple patterns, not figuration.

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How Your Brain ‘Sees’ Art

How Your Brain ‘Sees’ Art | Amazing Science | Scoop.it

The Mona Lisa is arguably the most famous painting in the world. Have you ever wondered why? Leonardo Da Vinci was masterful at manipulating our own visual shortcomings to make us feel something beautiful, complicated, even unsettling. There's just something about her smile.

 

Dr. Margaret Livingstone, a visual neurophysiologist at Harvard, knows this all too well. I recently spoke with her about how our visual systems have evolved to process one of the inventions that sets us apart from non-human animals--art.


Via Luca Baptista, Sakis Koukouvis
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Millefiori: Ferrofluids mixed with water colors

Millefiori: Ferrofluids mixed with water colors | Amazing Science | Scoop.it

Ferrofluid is a magnetic solution with a viscosity similar to motor oil. When put under a magnetic field, the iron particles in the solution start to rearrange, forming the black channels and separating the water colors from the ferrofluid. The result are these peculiar looking structures.

Aji Black Stone's comment, August 11, 2012 12:39 PM
WITH OUT PICTURE COLOR CAN MAKE IT'S OWN CREATIVITY
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[Video] A Quadrotor Swarm Puts on a Seriously Psychedelic Light Show at Cannes

A troupe of 16 quadrotors (flying robots) dance to and manipulate sound and light at the Saatchi & Saatchi New Directors' Showcase 2012.


Via Sakis Koukouvis
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Amazing Microscopic Insect Photography by Steve Gschmeissner

Amazing Microscopic Insect Photography by Steve Gschmeissner | Amazing Science | Scoop.it

Steve Gschmeissner is a 61 year old Scientific Photographer from Bedford. He uses a Scanning Electron Microscope (SEM) to magnify his favourite specimens by up to a million times. The results show incredibly detailed images of insects that look like they’re from the latest Alien Invasion movie.


Via Anne Osterrieder
Franky Nero Oshea's comment, April 19, 8:17 AM
wow, nice photo shot here. please Check out the unn site by clicking http://unn.edu.ng for all your academic needs.
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Flying object propels itself by flipping inside out

Flying object propels itself by flipping inside out | Amazing Science | Scoop.it

An unusual flying object that propels itself by flipping inside out. Created by engineers at Festoin Esslingen, Germany, the floating band filled with helium takes on different shapes while expanding and contracting to generate thrust and move through the air. The design is based on the inverted cube shape discovered by inventor and mathematician Paul Schatz. By dissecting a cube into three parts, two star-shaped units can be produced at either end with an invertible belt in the middle section which is the same shape as the flying band. The system reproduces the entire structure: it opens to release the band while the ends remain on the ground as a docking station.

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Painting robot draws abstract thoughts

Painting robot draws abstract thoughts | Amazing Science | Scoop.it

The Painting Fool, a project started by. Dr Simon Colton in 2006, is a piece of software that produces its own artwork. So could it ever be taken as seriously as a human artist?

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