New Brain Stimulation Technique Makes You Better At Math

After just five days of non-invasive brain stimulation and a bit of cognitive training, researchers at Oxford University were able to enhance people’s high-level abilities, such as mental arithmetic and manual calculations. And remarkably, the effect lasts for months.

The discovery was made by scientists working at Oxford’s Department of Experimental Psychology, and it could lead to entirely new education strategies. But more immediately, it could also help people with learning disabilities or neurodegenerative disorders like Alzheimer’s or Parkinson’s. We contacted the lead researcher to learn more.

Non-invasive, painless and cheap - It’s called transcranial random noise stimulation (tRNS) and it’s only been around for a few years. It works by enhancing the excitability of the brain, and it does so by applying random electrical noise to target regions of the cortex via stimulation electrodes placed on the surface of the scalp.

“tRNS has only emerged relatively recently, so how the technique influences the excitability of individual neurons is still somewhat of a mystery,” researcher Roi Cohen Kadosh tells io9. “On a more macroscopic level, it is thought that tRNS may increase neuronal firing synchronization within stimulated regions of the cortex.” And in fact, neuroimaging results suggests that tRNS increases the efficiency with which stimulated brain areas use their supplies of oxygen and nutrients.

What’s more, the technique is non-invasive, painless, and relatively cheap. You can get one from these people, as a matter of fact. Via New Brain Stimulation Technique Makes You Better At Math.

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The eloquence of the otoliths

Fish fossils that are about 23 million years old give unprecedented insight into the evolutionary history of the gobioid order, one of the most species-rich groups among the modern bony fishes.

Researchers led by paleontologist Professor Bettina Reichenbacher from the Division of Paleontology and Geobiology at LMU’s Department of Earth and Environmental Sciences have completed a comprehensive analysis of fish fossils which they assign to the group of bony fishes that includes the gobies. Their results, which have just appeared in the journal PLOS ONE, provide new insights into the evolutionary history of these fish and also have implications for their taxonomy.

The fossil material examined is unusually well preserved. “This has allowed us to describe a gobioid fossil in greater detail than ever before,” says Reichenbacher. Indeed, the authors of the new study have been able to show that the fossil species concerned does not belong to the true gobies at all, in contrast to what earlier investigators had concluded. It is a member of an enigmatic family now known as the Butidae. Until very recently Butidae had been classified among the sleeper gobies. The family is now recognized as a separate clade, whose members are found in tropical river systems of Africa, Madagascar, Asia and Australia. Furthermore, no fossil specimens that could be attributed to this family have been identified until now. Indeed, datable gobioid fossils are comparatively rare in the fossil record. Since fossils of known age provide chronological markers of phylogeny, this has hampered understanding of the evolutionary history of this highly successful group of fishes.

The signature ear-stones - The new description published by the LMU team, in collaboration with a group of French researchers, is based on material that was discovered in the South of France and made available for study by the Cuvier Museum in Montbéliard. The specimens were excavated from sediments that had been laid down in a shallow lagoon near the coast of the Tethys Sea, the precursor of the modern Mediterranean, towards the end of the Oligocene epoch, around 23 million years ago. Among the many unusual features of the find is the fact that the otoliths (also known as ear-stones), which are small calcified particles that form part of the balance organs in the inner ear of bony fish, are perfectly preserved. More here The eloquence of the otoliths.

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Every burst of star formation can reshape the universe

One of the most violent and wondrous cosmic events is starburst, in which hundreds of millions of stars are born all at once. These are far rarer nowadays than they were in the early universe, but they do still happen… and the massive energy released during these periods can alter the future histories of entire galaxies.

That’s the finding of new research from Hubble astronomers. Using the space telescope to study 20 nearby galaxies undergoing starburst activity, they discovered that the cosmic winds generated by starburst had effects that extended far beyond just the immediate vicinity of the newborn stars. The Hubble site explains:

They found that the winds accompanying these star formation processes were capable of ionizing gas up to 650,000 light-years from the galactic center — around twenty times further out than the visible size of the galaxy. This is the first direct observational evidence of local starbursts impacting the bulk of the gas around their host galaxy, and has important consequences for how that galaxy continues to evolve and form stars.

The starburst galaxies within the sample were seen to have large amounts of highly ionized gas in their halos — but the galaxies that were not undergoing a starburst did not. The team found that this ionization was caused by the energetic winds created alongside newly forming stars. This has consequences for the future of the galaxies hosting the starbursts. Galaxies grow by accreting gas from the space surrounding them, and converting this gas into stars. As these winds ionise the future fuel reservoir of gas in the galaxy’s envelope, the availability of cool gas falls — regulating any future star formation.

via Every burst of star formation can reshape the universe.

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Tom Lehrer – The Elements

The recording of Tom Lehrer is from Copenhagen, Denmark, in September 1967.

Posted in Chemistry, Entertainment | 1 Comment

Mathematician Makes Astounding Prime Numbers Breakthrough

A partial solution to a centuries-old problem known as the twin prime conjecture now affirms the idea that an infinite number of prime numbers have companions — and that a maximum distance between these pairs does in fact exist.

Prime numbers are those non-composite numbers that can only be divided by one or itself. On average, the gap that separates these numbers gets larger as their values increase. But a neat quirk about primes is that every once in awhile they also come in pairs, so-called twin primes. These numbers differ from another prime by two. Examples include 3 and 5, 17 and 19, 41 and 43, and even 2,003,663,613 × 2195,000 − 1 and 2,003,663,613 × 2195,000 +1.

Ever since the time of Euclid, however, mathematicians have wondered if these twin primes keep on appearing for infinity. They have no doubt that primes themselves appear for infinity, but because mathematicians lack a useful formula to predict their occurrence, they have struggled to prove the twin prime conjecture — the idea that there are infinitely many primes p such that p+2 is also prime (i.e. the two number gap).

But now, as the Mathematician Zhang Yitang from University of New Hampshire in Durham has shown, there is a kind of weak version of the twin prime conjecture. He didn’t prove that a distance of 2 exists for an infinite number of primes, but he did prove that there are infinitely many prime gaps shorter than 70 million.

A gap of two is obviously far removed from a gap of 70 million. But considering that the previous estimate was infinity, Zhang’s assertion is incredible. As Maggie McKee noted in Nature News, “Although 70 million seems like a very large number, the existence of any finite bound, no matter how large, means that that the gaps between consecutive numbers don’t keep growing forever.”

Zhang presented his research yesterday (May 13) to an audience at Harvard University, so his work will still have to withstand the scrutiny of peer review. But according to McKee, a referee with the Annals of Mathematics is recommending that his paper be accepted for consideration. Via Mathematician Makes Astounding Prime Numbers Breakthrough.

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Mount Everest’s Glaciers Are Melting

Earth’s global thaw has reached Mount Everest, the world’s tallest peak, researchers said today (May 14) at the Meeting of the Americas in Cancun, Mexico.

Glaciers in the Mount Everest region have shrunk by 13 percent in the last 50 years and the snowline has shifted upward by 590 feet (180 meters), Sudeep Thakuri, a graduate student at the University of Milan in Italy, said in a statement. Located in the Himalaya Mountains on the border between China and Nepal, Everest’s summit is 29,029 feet (8,848 m) above sea level.

Thakuri and his colleagues tracked changes to glaciers, temperatures and precipitation at Everest and the surrounding Sagarmatha National Park. There, glaciers have retreated an average of 1,300 feet (400 m) since 1962, the team found. More recently, precipitation (both snow and rain) has dropped by 3.9 inches (100 millimeters) and temperatures have risen 1 degree Fahrenheit (0.6 degrees Celsius) since 1992.

via Mount Everest’s Glaciers Are Melting | Climate Change | LiveScience.

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Untangling the tree of life

These days, phylogeneticists – experts who painstakingly map the complex branches of the tree of life – suffer from an embarrassment of riches. The genomics revolution has given them mountains of DNA data that they can sift through to reconstruct the evolutionary history that connects all living beings. But the unprecedented quantity has also caused a serious problem: The trees produced by a number of well-supported studies have come to contradictory conclusions.

“It has become common for top-notch studies to report genealogies that strongly contradict each other in where certain organisms sprang from, such as the place of sponges on the animal tree or of snails on the tree of mollusks,” said Antonis Rokas, Cornelius Vanderbilt Chair in Biological Sciences at Vanderbilt University.

In a study published online May 8 by the journal Nature, Rokas and graduate student Leonidas Salichos analyze the reasons for these differences and propose a suite of novel techniques that can resolve the contradictions and provide greater accuracy in deciphering the deep branches of life’s tree.

“The study by Salichos and Rokas comes at a critical time when scientists are grappling with how best to detect the signature of evolutionary history from a deluge of genetic data. These authors provide intriguing insights into our standard analytical toolbox, and suggest it may be time to abandon some of our most trusted tools when it comes to the analysis of big data sets.

This significant work will certainly challenge the community of evolutionary biologists to rethink how best to reconstruct phylogeny,” said Michael F. Whiting, program director of systematics and biodiversity science at the National Science Foundation, which funded the study. Continue reading

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Non-inherited mutations account for many heart defects

New mutations that are absent in parents but appear in their offspring account for at least 10% of severe congenital heart disease, reveals a massive genomics study led by researchers. (Credit: Image by Patrick Lynch, Yale University)

New mutations that are absent in parents but appear in their offspring account for at least 10% of severe congenital heart disease, reveals a massive genomics study led, in part, by researchers at the Yale School of Medicine.

The analysis of all the genes of more than 1800 individuals found hundreds of mutations that can cause congenital heart disease, the most common form of birth defect that afflicts nearly 1% of all newborns. In particular, the study found frequent mutations in genes that modify histones, proteins that package DNA in the nucleus and orchestrate the timing and activation of genes crucial to development of the fetus.

The results of the study, part of the Pediatric Cardiac Genomics Consortium funded by the NIH’s National Heart, Lung, and Blood Institute (NHLBI), were published online May 12 in the journal Nature.

“These findings provide new insight into the causes of this common congenital disease,” said Richard Lifton, Sterling Professor and chair of the Department of Genetics, investigator for the Howard Hughes Medical Institute, and a senior author of the paper. “Most interestingly, the set of genes mutated in congenital heart disease unexpectedly overlapped with genes and pathways mutated in autism. These findings suggest there may be common pathways that underlie a wide range of common congenital diseases.”

“This is an important piece of the puzzle that gives us a clearer picture of the causes of congenital heart disease,” said Gary H. Gibbons, M.D., director of the NHLBI. “What this international, multi-center collaborative research effort was able to accomplish, in a small amount of time, is truly remarkable. The state-of-the-art sequencing techniques that were used are allowing us to push the envelope and envision a day when we may be able to better treat and eventually prevent congenital heart disease in the early stages of heart formation.”

The mutations can occur at the same site, and both increase and decrease the modification histone proteins, said Martina Brueckner, professor of pediatrics and genetics at Yale and another senior author of the study. The results suggest a very sensitive developmental system that might also be influenced by environmental factors in development.

“These findings point to fundamental mechanisms that play a role in a wide range of congenital diseases,” Lifton said. Via Non-inherited mutations account for many heart defects.

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Scientists Unravel Mystery of Flying Squid

How do these squid go from swimming to flying?  Four phases of flight are described in the research: launching, jetting, gliding and diving.

While swimming, the squid open up their mantle and draw in water.  Then these squid launch themselves into the air with a high-powered blast of the water from their bodies.  Once launched by this jet propulsion, these squid spread out both their fins and their tentacles to form wings.  The squid have a membrane between their tentacles similar to the webbed toes of a frog.  This helps them use their tentacles as a wing and create aerodynamic lift so they can glide – similar to a well-made paper airplane.

These squid glide at up to 11.2 meters per second.  To put that into perspective, Jamaican runner Usain Bolt won the gold medal in the 2012 Summer Olympic Games at 10.31 meters per second.  The squid can remain airborne for about 3 seconds and cover upwards of 30 meters (98 feet) per flight.

While in flight, these squid do not simply glide passively.  They actively change their posture based on their distance from the water and phase of flight.  After gliding above the water, the squid fold their fins and tentacles back in to minimize impact and dive into the ocean.

Groups of over 20 squid have been recorded flying together.  It is believed that they fly to escape predators in the water – a tactic used by the flying fish.  While this is great for avoiding ocean predators, this might make the squid easier prey for new predators such as sea birds.  There is still plenty to learn about these fascinating creatures, but one thing is for certain: We can no longer consider squid to be just creatures of the sea, but now the air as well. Via Scientists Unravel Mystery of Flying Squid

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New principle may help explain why nature is quantum

Like small children, scientists are always asking the question ‘why?’. One question they’ve yet to answer is why nature picked quantum physics, in all its weird glory, as a sensible way to behave. Researchers Corsin Pfister and Stephanie Wehner at the Centre for Quantum Technologies at the National University of Singapore tackle this perennial question in a paper published today in Nature Communications.

We know that things that follow quantum rules, such as atoms, electrons or the photons that make up light, are full of surprises. They can exist in more than one place at once, for instance, or exist in a shared state where the properties of two particles show what Einstein called “spooky action at a distance”, no matter what their physical separation. Because such things have been confirmed in experiments, researchers are confident the theory is right. But it would still be easier to swallow if it could be shown that quantum physics itself sprang from intuitive underlying principles.

One way to approach this problem is to imagine all the theories one could possibly come up with to describe nature, and then work out what principles help to single out quantum physics. A good start is to assume that information follows

Einstein’s special relativity and cannot travel faster than light. However, this alone isn’t enough to define quantum physics as the only way nature might behave. Corsin and Stephanie think they have come across a new useful principle. “We have found a principle that is very good at ruling out other theories,” says Corsin.

In short, the principle to be assumed is that if a measurement yields no information, then the system being measured has not been disturbed.

Quantum physicists accept that gaining information from quantum systems causes disturbance. Corsin and Stephanie suggest that in a sensible world the reverse should be true, too. If you learn nothing from measuring a system, then you can’t have disturbed it. Continue reading

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Carnivorous plant throws out ‘junk’ DNA

A scanning electron micrograph shows the bladder of Utricularia gibba, the humped bladderwort plant (color added). The plant is a voracious carnivore, with its tiny, 1-millimeter-long bladders leveraging vacuum pressure to suck in tiny prey at great speed. New research shows that the U. gibba genome contains almost no noncoding DNA, demonstrating that vast quantities of this so-called “junk DNA” may not be necessary for complex life. (Credit: Enrique Ibarra-Laclette, Claudia Anahí Pérez-Torres and Paulina Lozano-Sotomayor)

Genes make up about 2 percent of the human genome. The rest consists of a genetic material known as noncoding DNA, and scientists have spent years puzzling over why this material exists in such voluminous quantities.

Now, a new study offers an unexpected insight: The large majority of noncoding DNA, which is abundant in many living things, may not actually be needed for complex life, according to research set to appear in the journal Nature.

The clues lie in the genome of the carnivorous bladderwort plant, Utricularia gibba.

The U. gibba genome is the smallest ever to be sequenced from a complex, multicellular plant. The researchers who sequenced it say that 97 percent of the genome consists of genes — bits of DNA that code for proteins — and small pieces of DNA that control those genes.

It appears that the plant has been busy deleting noncoding “junk” DNA from its genetic material over many generations, the scientists say. This may explain the difference between bladderworts and junk-heavy species like corn and tobacco — and humans.

The study was directed by LANGEBIO Director and Professor Luis Herrera-Estrella and UB Professor of Biological Sciences Victor Albert, with contributions from scientists in the United States, Mexico, China, Singapore, Spain and Germany.

“The big story is that only 3 percent of the bladderwort’s genetic material is so-called ‘junk’ DNA,” Albert said. “Somehow, this plant has purged most of what makes up plant genomes. What that says is that you can have a perfectly good multicellular plant with lots of different cells, organs, tissue types and flowers, and you can do it without the junk. Junk is not needed.”

Continue reading on Deskarati

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Samsung announces 5G data breakthrough

Samsung Electronics said Monday it had successfully tested super-fast fifth-generation (5G) wireless technology that would eventually allow users to download an entire movie in one second.

The South Korean giant said the test had witnessed data transmission of more than one gigabyte per second over a distance of two kilometres. The new technology, which will not be ready for the commercial market before 2020 at the earliest, would offer transmitting speeds “up to several hundred times faster” than existing 4G networks, it said in a statement. That will permit users to “transmit massive data files including high quality digital movies practically without limitation”, it said.

“As a result, subscribers will be able to enjoy a wide range of services such as 3D movies and games, real-time streaming of ultra high-definition (UHD) content, and remote medical services,” it added.

Samsung said it had found a way to harness millimeter-wave bands which have proved to be a sticking point for the mobile industry to date.

The test used 64 antenna elements, which the tech titan said overcame the issue of “unfavourable propagation characteristics” that have prevented data travelling across long distances using the bands. One of the most wired countries on earth, South Korea already has around 20 million 4G users. Via Samsung announces 5G data breakthrough.

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Graphene joins the race to redefine the ampere

A new joint innovation by the National Physical Laboratory (NPL) and the University of Cambridge could pave the way for redefining the ampere in terms of fundamental constants of physics. The world’s first graphene single-electron pump (SEP), described in a paper today in Nature Nanotechnology, provides the speed of electron flow needed to create a new standard for electrical current based on electron charge.

The international system of units (SI) comprises seven base units (the metre, kilogram, second, Kelvin, ampere, mole and candela). Ideally these should be stable over time and universally reproducible. This requires definitions based on fundamental constants of nature which are the same wherever you measure them.

The present definition of the Ampere, however, is vulnerable to drift and instability. This is not sufficient to meet the accuracy needs of present and certainly future electrical measurement. The highest global measurement authority, the Conférence Générale des Poids et Mesures, has proposed that the ampere be re-defined in terms of the electron charge.

The frontrunner in this race to redefine the ampere is the single-electron pump (SEP). SEPs create a flow of individual electrons by shuttling them in to a quantum dot – a particle holding pen – and emitting them one at a time and at a well-defined rate. The paper published today describes how a graphene SEP has been successfully produced and characterised for the first time, and confirms its properties are extremely well suited to this application.

A good SEP pumps precisely one electron at a time to ensure accuracy, and pumps them quickly to generate a sufficiently large current. Up to now the development of a practical electron pump has been a two-horse race. Tuneable barrier pumps use traditional semiconductors and have the advantage of speed, while the hybrid turnstile utilises superconductivity and has the advantage that many can be put in parallel. Traditional metallic pumps, thought to be not worth pursuing, have been given a new lease of life by fabricating them out of the world’s most famous super-material – graphene. More here Graphene joins the race to redefine the ampere.

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Futuristic McDonald’s to open in Georgia

mcdgeorgia-4

Designing a fuel station and fast food outlet may not seem to be the most thrilling of projects, but for Georgian architect Giorgi Khmaladze, his design may just put the Eurasian town of Batumi on the map. Khmaladze is currently in the final construction phase of building a new fuel station and McDonald’s premises in the seaside city of Batumi, Georgia.

Tearing away from the traditional model used for most McDonald’s outlets worldwide, Khmaladze has created a futuristic design in an almost giant wave-like structure. The unique design ensures that the fuel station is kept entirely separate to the fast food space. Part of the structure dramatically overhangs over the station, providing shelter to motorists while also ensuring that the facility stays out of sight to the overhead restaurant. That being said, fuel station patrons can also easily gain access to the indoor restaurant through an adjoining entrance.

The McDonalds outlet features a separate ground floor entrance located at the opposite end of the building and overlooking the surrounding ponds which wrap around the location. The kitchen and service facilities are all located in the central ground section, with side staircases leading to the elevated dining areas. This section offers patrons a view across the urban landscape, with added seating situated parallel to an immense open-air garden. Continue reading

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BALLET MEN

Dancers Adam Bull, Christopher Rodgers-Wilson, Cameron Hunter and Cristiano Martino talk about the highs and lows of the profession and show off their beautiful technique.

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Spacewalking repair halts station leak

Astronauts made a rare, hastily planned spacewalk to fix a serious ammonia leak at the International Space Station, and the U.S. space agency said it appeared the repair was a success. But the following weeks will be the test. Authorities have said the space station’s six-member crew was not in danger from the leak.

“I will tell you that we’re happy. We’re very happy,” Joel Montalbano, NASA’s deputy space station program manager, said Saturday. “We didn’t see any obvious signs of a leak, but it’s going to take some time … for us to look at the system, evaluate the system and make sure we did, indeed, stop the leak.” Montalbano expects it will take “a good four weeks, five weeks, maybe even a few weeks longer.” ”Obviously, the longer you go, the more confidence you get,” he told reporters.

The space agency never before staged such a fast, impromptu spacewalk for a station crew. Even during the shuttle program, unplanned spacewalks were uncommon.

Christopher Cassidy and Thomas Marshburn installed a new pump after removing the old one suspected of spewing flakes of frozen ammonia coolant two days earlier. They uncovered “no smoking guns” responsible for the leak and kept a sharp lookout for any icy flecks that might appear from the massive frame that holds the solar panels on the left side. Via Spacewalking repair halts station leak—for now (Update 2).

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Scanning Eggs

 

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Morocco launches solar mega-project at Ouarzazate

Morocco on Friday officially launched the construction of a 160-megawatt solar power plant near the desert city of Ouarzazate, the first in a series of vast solar projects planned in the country. The largest of its kind in the world, according to Mustapha Bakkoury, the head of Morocco’s solar energy agency MASEN, the thermo-solar plant will cost 7 billion dirhams (630 million euros) and is slated for completion in 2015, the official MAP news agency reported.

The ambitious project “reinforces the will… to optimise the exploitation of Morocco’s natural resources, to preserve its environment… and sustain its development,” Bakkoury said at the ceremony which was attended by King Mohammed VI.

A consortium led by Saudi developer ACWA Power won the contract to build the plant, near Morocco’s desert gateway city, last September. The World Bank, the African Development Bank and the European Investment Bank are helping to finance the solar complex.

It is the first of a two-phase project, due for completion in 2020, that is expected to cover 3,000 hectares and have a generation capacity of 500 megawatts, enough to met the electricity needs of Ouarzazate’s 1.5 million residents. Via Morocco launches solar mega-project at Ouarzazate.

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Greenhouse gas level highest in two million years

Worldwide levels of the greenhouse gas that plays the biggest role in global warming have reached their highest level in almost 2 million years—an amount never before encountered by humans, U.S. scientists said Friday. Carbon dioxide was measured at 400 parts per million Thursday at the oldest monitoring station in Hawaii, which sets the global benchmark. The number 400 has been anticipated by climate scientists and environmental activists for years as a notable indicator, in part because it’s a round number.

“What we see today is 100 percent due to human activity,” said Pieter Tans, a senior scientist with the National Oceanic and Atmospheric Administration. The burning of fossil fuels, such as coal for electricity and oil for gasoline, has caused the overwhelming bulk of the man-made increase in carbon in the air, scientists say.

At the end of the Ice Age, it took 7,000 years for carbon dioxide levels to rise by 80 parts per million, Tans said. Because of the burning of fossil fuels, carbon dioxide levels have gone up by the same amount in just 55 years. The speed of the change is the big worry, said Pennsylvania State University climate scientist Michael Mann. If carbon dioxide levels go up 100 parts per million over thousands or millions of years, plants and animals can adapt. But that can’t be done at the speed it is now happening. The last time the worldwide carbon level was probably this high was about 2 million years ago, Tans said. That was during the Pleistocene Era.

“It was much warmer than it is today,” Tans said. “There were forests in Greenland. Sea level was higher, between 10 and 20 meters (33 to 66 feet).” Continue reading

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Project Kronos

Visual effects veteran Hasraf ‘HaZ’ Dulull has written and directed this riveting faux documentary chronicling humanity’s first steps into deep space.

Set in the not-too-distant future, the story unfolds as project personnel talk about the mission and their various roles within it. But just as things start to get rolling, the team is confronted with something far more profound.

Dulull is a London-based visual effects veteran who started his career developing video game cinematics. He’s done visual effects for such films as The Dark KnightPrince Of Persia, andThe Chronicles Of Narnia. He also directed Fubar a film about a battlefield in which the people are replaced by cats and dogs, and later released Fubar Redux thanks to a successful Kickstarter campaign.

Since the film was released last week, it has lead Dulull to getting signed for representation as a director in Hollywood and currently developing the feature film version.

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