August 12, 2014

A Tree That Grows 40 Kinds Of Fruit


                                                       

                                                                    
                                                                                                                                        
Using a common technique called grafting, artist Sam Van Aken is developing a tree that bears a variety of different fruits. 


Sam Van Aken envisions a tree with blooms of pink, purple, fuchsia and red that bears 40 different kinds of fruit.


But this tree isn't just a figment of his imagination — he's hard at work making "Tree of 40 Fruit" a reality.


"I'm an artist. So the whole project really began with this idea of creating a tree that would blossom in these different colors and would bear these multitude of fruit," he told NPR.


Van Aken, an associate professor in Syracuse University's art department, isn't creating this tree through genetic engineering. Instead, he's using a technique that's thousands of years old: grafting.


Grafting involves collecting young shoots or cuttings from trees and then inserting these budding branches into strategic points on a base tree.


These grafts are taped into place and allowed to bond with the tree, drawing water and nutrients from it like any other branch.


If the grafts take to the tree, they'll start to grow again in the spring.


According to Van Aken, grafting is often successful because of the similar chromosomal structure of stone fruit trees.


Stone fruits are those with a pit in the middle that surrounds the seed. Examples include apples, peaches, cherries and plums.


Van Aken has created 16 hybridized fruit trees that are located throughout the country. The trees' branches are composed of a variety of mostly antique and native stone fruit varieties.


He plans to place his first tree in an urban setting at Thomas Point in Portland, Maine.


Van Aken has worked with 250 varieties of stone fruit and says his project has really become "about preserving some of these antique and heirloom varieties" of fruit.


Currently, his trees are being sold to create an heirloom fruit orchard, and he plans to create a field guide with pictures and descriptions of each type of tree.


"Through the orchard — which would be open to growers, nurseries and the general public — I hope to reintroduce many of these forgotten varieties," he said.


Grafting fruit trees isn't a new practice. The TomTato — a plant that produces both cherry tomatoes and potatoes — can be purchased by any gardener.


Also, many commercial fruit trees are grafted for mass production. Farmers choose a tree that will grow well in their climate and then other trees' seedlings are are grafted onto the base tree’s branches.


And in San Francisco, guerilla gardeners are grafting fruit-bearing tree limbs onto fruitless trees along city sidewalks.


By Laura Moss at MNN

Update from Nat Geo:

                                                                   
Sam Van Aken, an artist and professor at Syracuse University, uses "chip grafting" to create trees that each bear 40 different varieties of stone fruits, or fruits with pits.

 The grafting process involves slicing a bit of a branch with a bud from a tree of one of the varieties and inserting it into a slit in a branch on the "working tree," then wrapping the wound with tape until it heals and the bud starts to grow into a new branch. 

Over several years he adds slices of branches from other varieties to the working tree. In the spring the "Tree of 40 Fruit" has blossoms in many hues of pink and purple, and in the summer it begins to bear the fruits in sequence—Van Aken says it's both a work of art and a time line of the varieties' blossoming and fruiting. 

He's created more than a dozen of the trees that have been planted at sites such as museums around the U.S., which he sees as a way to spread diversity on a small scale.

Related:
Water Lilies: Beautiful Blooms On The Water
Keukenhof: The Garden of Europe
Butchart Gardens, Vancouver Island - Canada
The Socatra Dragon Blood Tree
Sri Lanka’s Sirilak Garden: History And Spices
Air Bonsai Lets You Make Your Own Floating Tree
A Japanese Company Is Building The World's First Autonomous Farm



 

 






August 11, 2014

The New Turing Test:Brainy Machines Need An Updated IQ Test, Experts Say


                                                     


                                                                 
From You Tube: 

An excellent presentation on the work of Alan Turing.


Saturday 23 June 2012 marks the centenary of the birth of Alan Turing - mathematical genius, hero of the WWII code breakers of Bletchley Park, and father of modern computing.

Alan Turing was a mathematician, cryptographer and pioneer of computer science who possessed one of the greatest brains of the 20th century. His life was one of secret triumphs shadowed by public tragedy.

Presented by Dr James Grime, Enigma Project Officer at the University's Millenium Mathematics Project.


For decades, researchers have used the Turing test to evaluate how well a machine can think like a human. But this gauge of artificial intelligence is 60 years old, and is in dire need of an update, experts say.

To develop a replacement, a group of scientists is planning a one-day workshop at the 2015 meeting of the Association for the Advancement of Artificial Intelligence (AAAI) January 25-29 in Austin, Texas.

The new "Turing Championship" will consist of several challenging tasks that assess a machine's performance of humanlike tasks, such as the ability to watch a video and answer questions about it, according to a workshop description obtained by Live Science. [Super-Intelligent Machines: 7 Robotic Futures

"The idea is to update the Turing test for the modern era, [so that it] drives deep research in a modern way," said Gary Marcus, a psychologist who studies language and music at New York University and co-chairman of the workshop.

British mathematician and cryptographer Alan Turing introduced the Turing test in 1950 as a way of answering the question of whether machines can think. There are different versions of the test, but its basic format involves a series of brief conversations among human judges, computer programs and other people. A computer program is said to have passed the test if it fools the judges into thinking it is human.

Earlier this year, a Ukrainian chatbot — or conversation progam — named Eugene Goostman made headlines when it supposedly passed a Turing test at the University of Reading in England. But the victory was controversial. The bot had to fool only 30 percent of the judges to pass the test — a low threshold. Also, some said that the chatbot had gamed the system by adopting the personality of 13-year-old boy who spoke English as a second language.

At any rate, many scientists now believe the original Turing test is outdated and overly simplistic. "It's one guy's idea from 60 years ago," Marcus told Live Science. "It has [become] enshrined as if it were magic — it's not," he said.

The new Turing test would include more sophisticated challenges, such as the Winograd Schema Challenge proposed by Hector Levesque, a computer scientist at the University of Toronto in Canada. This challenge tests the ability of machines to answer commonsense questions about sentence comprehension.

For example, "The trophy would not fit in the brown suitcase because it was too big. What was too big? Answer 0: the trophy, or Answer 1: the suitcase?" The speech software company Nuance Communications Inc. recently announced it will sponsor an annual competition to solve this challenge.

Another possible Turing challenge is one Marcus himself proposed in an essay published in The New Yorker, involving comprehension of complex materials, including videos, text, photos and podcasts. For example, a computer program might be asked to "watch" a TV show or YouTube video and answer questions about its content, such as "Why did Russia invade Crimea?" or "Why did Walter White [of the TV show "Breaking Bad"] consider taking a hit out on Jessie?"

The workshop organizers have put out a call for papers about creating new Turing test competitions, including ideas about which tests to include, how they should be evaluated and how the competitions should be conducted. The group said it will also accept papers from experienced researchers on what can be learned from existing Turing competitions.
An advisory board for the new Turing Championship includes several leading artificial-intelligence experts, including Guruduth Banavar, a vice president at IBM Research in Yorktown Heights, New York; Oren Etzioni, director of the Allen Institute for Artificial Intelligence in Seattle, Washington; and Leora Morgenstern, senior scientist and technical fellow at Leidos Corporation, a defense company in Reston, Virginia. 

Story above from Live Science

Follow Tanya Lewis on Twitter and Google+. Follow us @livescience, Facebook & Google+. Original article on Live Science.

 Related:
Hedy Lamarr's 101st Birthday Celebrated by Google

Mathematical Minds Stir A Beauty Within 

Five Brilliant Mathematicians And Their Impact On The Modern World

Arthur Benjamin: The Magic of Fibonacci Numbers

Claude Shannon Jr: The Greatest Genius No One Has Heard Of

John von Neumann: This Hungarian-American Mathematician May Have Been Smarter Than Einstein 

Great Minds: Filippo Brunelleschi

Great Minds: Leonardo da Vinci

The Genius of Nicola Tesla

Hedy Lamarr - Beauty And Brains in Abundance

Alan Turing Manuscript Sells For $1 million 

John Nash’s Astonishing Geometry
 

 Mad Geniuses: 10 Odd Tales About Famous Scientists

Benjamin Franklin:11 Surprising Facts


Creators Of Modern Cryptography Win Turing Award

German WWII Coding Machine Found On eBay For $20

A Mathematician Has Built A Machine That Can Beat The Odds In Roulette


What Was the Enlightenment?
 
Quantum Enigma Machines Are Becoming A Reality

Albert Einstein's Legacy
 

 
 

August 09, 2014

The Man Behind the Most Iconic Movie Posters of the ’80s and ’90s


                                                                   



 Any art-collecting movie nerd worth his or her Reese’s Pieces owns at least one John Alvin creation. E.T. the Extra-Terrestrial, Blade Runner, The Gremlins, Jurassic Park—Alvin designed poster art for all of them. By hand. They are among the most enduring images of recent film history, even if his name isn’t is as recognizable as, say, Saul Bass.

The Art of John Alvin should change that. The book, a collection of Alvin’s best works and the in-progress sketches that formed them, memorializes Alvin’s talent (he died of a heart attack in 2008). But as Alvin’s wife Andrea Alvin writes in the introduction, it also offers “a behind the scenes look at how John created a poster by showing his process and his thinking.”


                                                                          


“This book contains only a small portion of John’s work, so that we could feature much of the preliminary art that led up to the finish,” she writes. “Since illustration is almost never used in posters today, many people don’t understand that the movie posters that he created were actually drawn and painted by his hand.”

Growing up in a military family in the ’50s, the artist moved a lot, and used art to make friends. “At a certain age,” Andrea Alvin remembers, “drawing hot rods and naked women for the other boys became a wonderful form of currency for the ‘new boy.’” After graduating from the Art Center College of Design, both Alvins landed jobs doing layout for Hanna-Barbera. A chance meeting with freelance graphic designer Anthony Goldschmidt led to a gig doing the poster for a new Mel Brooks movie called Blazing Saddles. Alvin found his calling.

The move lead to a career creating posters for some of the best films of the 1980s and ’90s, from The Goonies to The Godfather: Part III. He also designed posters for beloved Disney films like The Lion King and The Little Mermaid. The new book, his wife notes, is intended to make sure his work is remembered.


                                                                             




“Much of his work was created in anonymity and bears no signature, or had the signature removed by the studio, and no credit,” she writes. “It is time to connect the name John Alvin with the incredible body of work he created.”

Check some of exclusive images from the The Art of John Alvin

The book, from Titan Books, hits stores Aug. 26.
 

                                                                  



By Angela Watercutter

With many thanks to Wired      

Top picture credit: Kung Fury

                                                                      
Van Gogh On Dark Water Animation


This Fake Rembrandt Was Created By An Algorithm  

Fore-edge Painting: Artists Hide Paintings Along The Edges Of Old Books  

Insanely Realistic Pencil Drawings

Found: A Missing Paul Gauguin Painting

Royal Academy of British Art Coming To Town

Australia and the UK Battle Over Historic Paintings Of A Kangaroo And A Dingo

Finally: A Digital Home For Lost Masterpieces

America: "Painting a Nation" Exhibition in Art Gallery of NSW

Chauvet Cave Paintings: Cave Women Left Their Artistic Mark

London exhibition of Australian art holds up a mirror to our nation: more iconic images
 
500 Years of Female Portraits in Western Art

Some Fascinating Pictures featuring Alyssa Monks

Visual Art of the Human Body by Cecelia Webber

Ronnie Wood: His Art and The Rolling Stones

The lost Van Gogh: Painting found in Norwegian attic is confirmed as priceless work by Dutch master

Market Find Turns Out To Be A Lost Faberge Egg

Charles Dellschau: Secrets of An Undiscovered Visionary Artist

Tom Pinch: Time - Lapse Portraits of Paul McCartney and John Lennon

How JMW Turner Set Painting Free 

The Curious Case Of The Renaissance Cockatoo

Images On Andy Warhol’s Old Computer Discs Excite University Students

Human Ingenuity: From the Renaissance to the Age of the Internet - The Sistine Chapel

Katsushika Hokusai: Japanese Artist

Picasso's "Women of Algiers" Breaks Auction Record

Looted Treasures Open Door To The Dark Nazi Past

Long-lost Caravaggio Masterpiece Found In French Attic

Frederic Remington: The Man Who Helped Bring The West To Life 

Loving Vincent: The World's First Fully Painted Film 

Vincenzo Peruggia: The Man Who Stole The Mona Lisa And Made Her more Famous Than Ever

The Isleworth Mona Lisa: A Second Leonardo Masterpiece? 

 Optical Illusions In Art

MC Escher: An Enigma Behind an Illusion             
                                             
Hidden Degas Portrait Revealed

First Faberge Egg Created For 99 Years Goes To Doha  

The World’s Priceless Treasures

Woman in Gold: Another Biopic For Dame Helen Mirren 

Australia and the UK Battle Over Historic Paintings Of A Kangaroo And A Dingo

Finally: A Digital Home For Lost Masterpieces

Could Anyone Paint A Vermeer? 

Artemisia Gentileschi - Her Biography And Her Art

John Constable Painting Sold By Christie's For £3,500 In June 2013 Will Now Go To Market To Sell For £2 million

The Pre-Raphaelite Legacy

Yulia Brodskaya:Paper Explodes With Life In This Artist's Hands

David Bowie's Personal Art Collection Auctioned Off For $30 Million





                                                           

August 07, 2014

Te Waihou, A River Out Of A Fairy Tale In New Zealand


                                                                        


                                                                     

With a tropical look thanks to the exuberant vegetation, a dazzling display of colours, and a crystal clear water purified after over 100 years travelling underground, Te Waihou river is another hidden gem that most tourists pass by without exploring.

Te Waihou Walkway & the Blue Spring are located near Putaruru, going northwest from the rotten valley of Roturua, famous for being a stinky geothermal wonderland.
The water flows from the Blue Spring, considered one of the country's best swimming holes. It stays at a chilling 11 degrees temperature all year.
                                                                   
The walk to the springs follows a track alongside the river, through a picturesque and rural land.The walk takes 90 minutes (one way) upstream from the car park.In the upper stream, the water is extremely clear and pure, with an intense blue hue.
This source supplies around 70% of New Zealand’s bottled water.According to the local tourism office of Hamilton & Waikato, water from the Blue Spring flows at a rate of 42 cubic metres per minute and could fill a 6 lane (25 metre) swimming pool in around 12 minutes.
The water comes from the Mamaku Ranges, a long trip of over 100 years.During this long stay in aquifers, particles and light-absorbing matter are removed from the water, leaving it with a very high clarity and characteristic blue-green colour.
By Ra Moon
                                                                           
With thanks to Atlas of Wonders.
More pictures and info there.


In Orbit Around A Comet, The Rosetta Spacecraft Must Now Land On It - Updated - It Has Landed And Found Organic Molecules!



                                                                          





AFTER more than a decade in pursuit, clocking up 6.5 billion kilometres and five loops around the Sun, the Rosetta spacecraft has closed in on its target, becoming the first in history to go into orbit about a comet. 
With a thrust of its engines, the European spacecraft was kicked into the first leg of its triangular orbit about the duck-shaped comet, although scientists had to wait a further 25 minutes — the time taken for the probe’s faint signal to reach Earth — to learn that the manoeuvre had been a success.

The comet, called 67P/Churyumov-Gerasimenko, or “Chury”, lies 405 million km from Earth, between the orbits of Jupiter and Mars, and is rushing towards the inner solar system at nearly 55,000km/h.

The craft will now spiral inward towards Chury until it is less than a mile away and close enough to release a robotic lander that will float down on to the surface.
Jean-Jacques Dordain, director-general of the European Space Agency (ESA), said: “We are delighted to announce finally ‘we are here’. Europe’s Rosetta is now the first spacecraft in history to rendezvous with a comet, a major highlight in exploring our origins. The discoveries can begin.”

The mission will ultimately examine the chemical make-up of the comet in unprecedented detail and could reveal whether so-called dirty snowballs could have originally brought water and the basic building blocks of life to Earth billions of years ago.

The latest phase of the mission began in January, when the probe successfully “woke up” from a three-year period of hibernation, during which it was so far from the Sun that the little solar energy available was required to warm its internal computers. The coming months will hold further nailbiting moments for the scientists involved.

Much of the equipment aboard the lander has been in a dormant state during the 10-year journey and scientists say that it is impossible to be completely confident that each component will switch on again smoothly. These components include small harpoons that will tether the lander to the surface of the comet, to prevent it from bouncing off, and drills in its legs that will secure it firmly.

Richard Holdaway, director of Rutherford Appleton Laboratory Space, said: “It’s like an old car on a winter’s day. Most of the time it works, but occasionally it doesn’t. That’s the sort of uncertainty we’re dealing with.”

The latest close-up images hint at other challenges that will be faced, when Philae, the fridge-sized lander, is dropped on to the surface in November. The images reveal the comet is composed of two distinct segments joined by a “neck”, giving it a duck-like appearance, and it has a rugged surface littered with boulders and troughs. The next two months will be spent assessing the comet for potential landing sites.

Matt Taylor, ESA’s Rosetta project scientist, said: “Our first clear views of the comet have given us plenty to think about. Is this double-lobed structure built from two comets that came together in the solar system’s history, or is it one comet that has eroded dramatically and asymmetrically over time?”

It will not be until Philae touches down that scientists learn whether the surface is ice-hard or dusty.

“The landing is going to be pretty hairy,” Professor Holdaway said. “And the chance of missing it is finite, albeit very small.”

As the comet travels closer to the Sun, it is likely to become more active, warming up and releasing more dust and other compounds accumulated on its surface. Sensors on board Rosetta and Philae will analyse these, looking in particular for organic compounds that indicate that comets could have initially seeded Earth with the building blocks for life.

Ian Wright, professor of planetary sciences at The Open University in the UK, said: “We will be looking for evidence recorded in remnants of debris that survived the processes of planet formation. This is not merely a period of prehistory, but one that predates the origin of life itself. Our quest is to gain insights into this transitional era, which took place more than 4.5 billion years ago.”

By Hannah Devlin

With thanks to The Australian

From The Australian December 21st
 AN Australian rock art study has been named one of the top 10 scientific breakthroughs of the year by the influential journal Science
 
The study, published in October, revealed that hand stencils and animal paintings in a cave in the Indonesian island of Sulawesi were up to four times as old as previously thought.

“The discoveries suggest that humans in Asia were producing symbolic art as early as the first European cave painters,” said the American Association for the Advancement of Science, publisher of one of the world’s two most recognised journals.

It rated the achievement alongside pivotal studies in genetics, robotics, palaeontology and Alzheimer’s and diabetes research.

But the journal awarded top marks to the European Space Agency for landing a spacecraft on a comet.

The spacecraft Rosetta and its lander module Philae made major headlines in November when Philae touched down on the surface of the speeding comet. While the landing was rougher than expected, the data from the two space probes is already shedding new light on the formation and evolution of such comets.

“Philae’s landing was an amazing feat and got the world’s attention,” said Science news editor Tim Appenzeller. “But the whole Rosetta mission is the breakthrough. It’s giving scientists a ringside seat as a comet warms up, breathes and evolves.”


 
From You Tube:
The European Space Agency's Rosetta spacecraft was launched in 2004, on a mission to meet up with a comet. It was partially powered down to save energy during the long voyage. Now, scientists can finally check in with Rosetta. Photo: ESA-C. Carreau/ATG medialab

Picture from The Australian below.

Rosetta Mission’s Probe Makes Historic Comet Landing
                                                      



 Landing site chosen. 


Canadian firm playing big role in historic comet visit. 



                                                                  
November 5th 2014:


ROBOT probe Philae bounced twice after its historic comet landing, probably ending up with one leg dangling in space, in the shadow of a cliff that could prevent it fully charging its battery, ground control says. 
In the 24 hours since its pioneering deep-space contact, the lab has sent home a slew of data and photographs from the surface of comet 67P/Churyumov-Gerasimenko — though from a mystery location thought to be hundreds of metres off target.

Harpoons were meant to anchor Philae to the low-gravity comet 510 million kilometres from Earth and zipping towards the Sun at 18 kilometres per second.

The harpoons failed to deploy, but this has not prevented Philae sending information to Earth via its orbiting mothership, Rosetta.

“We have a better understanding of how we got there, but we still do not really know where,” lander manager Stephan Ulamec said in a press conference webcast live from European Space Agency (ESA) ground control in Darmstadt, Germany.

“We could be somewhere in the rim of this crater,” he added, pointing to a surface shot on which deep crevices lie in permanent, pitch-black shadows.

“We are not standing parallel to the surface,” said Ulamec — an evaluation gleaned from the angle of photographs Philae has sent to Rosetta to be relayed to Earth.

Eight of Philae’s 10 on-board science instruments and cameras have kicked into action as planned — a highlight achievement in the ESA’s flagship $1.95 billion project. The data from some of these washing machine-sized instruments revealed that the first bounce, “a huge leap” according to Ulamec, lasted about two hours and moved the probe a kilometre from its target site, followed by a second, smaller rebound.

There are fears that Philae may not be able to use the drill with which it was equipped to take sub-surface comet samples for chemical testing.

Mission scientist Jean-Pierre Bibring says Philae is almost vertical, with one foot probably in open space and two on the comet surface, while Philippe Gaudon of France’s CNES space agency earlier said the probe was “likely on a steep slope”.

Trying to activate the drill, or even the harpoons, without knowing the lander’s location and orientation could be dangerous. “We may just tip over our lander,” said Ulamec, adding Philae may not have enough power for a dedicated jump out of the hole in which it may sit.
The probe’s battery will only last about 60 hours, and given its awkward position, Philae is not getting enough sunlight for a full recharge, receiving only 1.5 hours per day instead of the six or seven required.

Wednesday’s elation at the landing signal from Philae after a seven-hour descent, soon turned to worry as fluctuations in the radio signal indicated the 100-kilogram lander may have lifted off again.

This was followed by a long silence until Thursday’s briefing, where ESA experts underlined the mission’s successes, including the first-ever pictures taken from the surface of a comet.

The Rosetta mission aims to unlock the secrets that comets, primordial clusters of ice and dust, are thought to hold about how the Solar System was formed about 4.6 billion years ago.

With thanks to The Australian

Rosetta Probe Philae Discovers Organic Molecules On Comet

THE probe that landed on the surface of a comet has discovered organic molecules, the most rudimentary building blocks of life, according to the German agency involved in the mission. 
An instrument aboard the Philae lander detected the molecules after “sniffing” the comet’s atmosphere. An organic compound is one whose molecules contain the carbon atom, the basis of life on earth.

Scientists are analysing the data to see whether the organic compounds detected by Philae are simple ones — such as methane and methanol — or a more complex species such as amino acids, the building blocks for proteins.

A drill on Philae also obtained some material from the comet’s hard surface, but data about organic molecules from that experiment have yet to be fully analysed.

Comets contain some of the most pristine materials in the solar system, dating to about 4.5 billion years ago. Previous studies have suggested that comets forge organic material in their dusty atmospheres.

A study of the comet’s organic materials “will help us to understand whether organic molecules were brought by comets to the early earth,” which could have kickstarted life here, said Stephan Ulamec, the Philae lander manager and scientist at the German Aerospace Centre. The agency runs the lander control centre and oversaw the comet landing last Thursday.

Researchers had expected to find organic molecules on the comet, known as 67P/Churyumov-Gerasimenko. But thanks to the probe, they are for the first time able to conduct a direct search for organic molecules in both the comet’s gases and its surface material.

The data sent back by Philae, part of a European Space Agency mission. now will be checked against similar information already obtained by the orbiting Rosetta. In early August, when Rosetta was within 200km of the comet, one of its sensors was able to study the coma, or envelope of gases surrounding the comet’s nucleus.

Those early measurements detected water, carbon monoxide and carbon dioxide, which were likely to have been released from below the comet’s surface layer. It also found traces of ammonia, methane and methanol. In October, Rosetta scientists studying the coma said they had picked up traces of the organic compound formaldehyde as well as other molecules, including sulfur dioxide and hydrogen sulfide, which smells like rotten eggs.

An even bigger find would be the discovery of an amino acid on comet 67P. In 2009, a US spacecraft discovered the amino acid glycine on a comet. A similar find on 67P would bolster a view that life on earth was seeded by comets that brought organic compounds with them.
Although Philae’s primary battery ran out of power on Saturday (AEDT), scientists completed a manoeuvre that has positioned one of the probe’s larger solar panels more fully toward sunlight. It means that the probe may yet come to life next year or a bit earlier, as the comet heads closer to the sun.

“We are very confident that in coming months we’ll get more sun and power and Philae can be reactivated,” Dr Ulamec said.

From The Australian – November 18th


AN Australian rock art study has been named one of the top 10 scientific breakthroughs of the year by the influential journal Science
 
The study, published in October, revealed that hand stencils and animal paintings in a cave in the Indonesian island of Sulawesi were up to four times as old as previously thought.
“The discoveries suggest that humans in Asia were producing symbolic art as early as the first European cave painters,” said the American Association for the Advancement of Science, publisher of one of the world’s two most recognised journals.

It rated the achievement alongside pivotal studies in genetics, robotics, palaeontology and Alzheimer’s and diabetes research.

But the journal awarded top marks to the European Space Agency for landing a spacecraft on a comet.

The spacecraft Rosetta and its lander module Philae made major headlines in November when Philae touched down on the surface of the speeding comet. While the landing was rougher than expected, the data from the two space probes is already shedding new light on the formation and evolution of such comets.

“Philae’s landing was an amazing feat and got the world’s attention,” said Science news editor Tim Appenzeller. “But the whole Rosetta mission is the breakthrough. It’s giving scientists a ringside seat as a comet warms up, breathes and evolves.”

From the Australian December 21st.

See also:

World’s Oldest Rock Art Found In Indonesia - Updated


Update June 15th, 2015