Adobe's latest Creative Cloud updates bridge desktop and mobile

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Adobe might not be the first name that springs to mind when you think smartphone and tablet apps, despite a gradual encroachment into mobile over the last few years. On Monday, the revered software publisher solidified that commitment with the launch of nine new and updated apps and connected services.

The timing coincides with the companys annual Adobe MAX creativity conference, which kicked off at the Los Angeles Convention Center over the weekend. During a livestreamed keynote, executives laid out Adobes sweeping plans for a new mobile canvas that better unites iOS devices with the existing universe of Creative Cloud desktop applications.

Kicking off the lineup is a pair of existing apps, which have been reinvented for artists who dabble in vectors. Branded after the revered desktop software, Illustrator Line (previously Adobe Line) offers a modern approach to shapes and curves, while Illustrator Draw (formerly Adobe Ideas) provides a mobile canvas with rich tools for bringing creations to life.

The Photoshop Mix app supports Adobe Ink, the comany's Creative Cloud-connected smart pen.

On the mobile imaging front, Photoshop Mix is now a universal app that works on either iPad or iPhone, with the ability to capture images using the built-in camera, and full support for Ink, the hardware pen Adobe released earlier this year. Lightroom Mobile has also been updated to import GPS information from iPhone photos, while comments made on web images now sync back to the app as well.

Featuring six new tools such as watercolor, charcoal, and custom brushes, the latest family member Photoshop Sketch (formerly Adobe Sketch) has now become a dual-purpose app capable of creating fully editable vector-based files for use in Illustrator, or traditional bitmapped images intended for Photoshop.

Adobe also launched a third lineage of mobile apps aimed at the video crowd. Essentially a simplified version of the industry-leading Premiere Pro, Premiere Clip has been optimized for quickly creating projects on the go, automatically syncing content in the background to Creative Cloud without consuming your existing storage space.

Premiere Clip will let you quickly whip up a video that you can then refine further in Premiere Pro.

Like Apples iMovie, Premiere Clip offers a streamlined way to leverage new or existing videos and photos shot with an iPhone. You can rearrange and trim clips in just a few taps, and the app includes 10 royalty-free soundtracks to mix into your project, alongside existing tracks from iTunes. Smart Volume and Auto Mix options add another layer of polish to your audio, with minimal effort.

On the video front, Premiere Clip features several finishing touches like titles, speed control, creative looks intended to produce amazing results quickly, and fade in/out or crossfade between clips. After roughing out a project on iPhone, you can pick up right where your left off on the more expansive iPad display.

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Adobe's latest Creative Cloud updates bridge desktop and mobile

An Augmented-Reality Climbing Wall That Guides Your Ascent

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Thats certainly true, but it doesnt mean climbing cant benefit from a little modern technology. Thats what two Finnish researchers had in mind when they came up with the concept for a climbing wall boosted by augmented reality. By combining a projector, a motion-tracking camera, and 3D game-building software, they were able to illuminate a climbing wall to illustrate the ideal route or provide hints to help climbers choose the best option for their next move.

Bouldering, as you might guess, can be done outdoors on actual boulders, but its commonly practiced in climbing gyms where climbers scramble from hold to hold above a padded landing area without a safety rope. The sport is heavily social, as people work together to solve a particular problem and climb a route successfully.

Encouraging such collaboration was one goal of the augmented wall project, said Dr. Raine Kajastila, a post-doctoral researcher at Aalto Universitys Department of Media Technology in Finland, an avid climber for for nearly 15 years.

Anyone can make a route and share it with others who can easily try them even on a different day, Kajastila said. The social contact is not restricted to the same time and place.

Kajastila and Perttu Hmlinen, a professor of computer games at Aalto, built a 13-foot by 8-foot climbing wall in their lab to test their idea. One concept used projectors to show routes up the wall, which appeared as a series of lines with circles around preferred holds. In another prototype, the program captured the climbers movement with an instant replay capability. There was even a built-in game that required climbers to avoid an animated chainsaw chasing them around the wall.

Whether used for fun or training, Hmlinen said the extra information provided by the computer has been shown in several studies to accelerate learning a new skill.

Computer-generated feedback can be faster and more accurate than training with a video camera or even receiving feedback from an instructor, he said. It allows a student to do more repetitions and evaluations of a skill in a shorter time.

The Finnish team isnt the first to come up with an interactive climbing wall; there are commercial models available today with holds that light up to guide climbers. But Kajastila said their system, which would work with any existing wall, focuses on tracking a climbers entire body to illustrate where a climb went well and where someone might have gotten into trouble before a fall.

There are others working on high-tech training aids. Climbax is a pair of wristbands that collect data on your movements as you climb and upload it to an online portal. The company has gone through a Kickstarter campaign and is seeking additional funding. BouldAR is an augmented reality concept from a set of German researchers that would incorporate a smartphone as a way of sharing routes and challenging friends to competitions.

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An Augmented-Reality Climbing Wall That Guides Your Ascent

ARIRANG NEWS 20:00 2014 Nobel Prize in Physiology or Medicine won by trio of scientists – Video

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ARIRANG NEWS 20:00 2014 Nobel Prize in Physiology or Medicine won by trio of scientists
This year #39;s Nobel Prize in Physiology or Medicine has jointly been awarded to John O #39;Keefe, and May-Britt and Edvard Moser... for discovering the brain #39;s so-called "inner GPS" system, which...

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ARIRANG NEWS 20:00 2014 Nobel Prize in Physiology or Medicine won by trio of scientists - Video

Nobel Prize For Medicine 2014 – Announcement And Explanation – Video

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Nobel Prize For Medicine 2014 - Announcement And Explanation
American-British scientist John O #39;Keefe and Norwegians May-Britt Moser and Edvard Moser on Monday (October 6) won the 2014 Nobel Prize for medicine for discovering the brain #39;s "inner GPS" that...

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Nobel Prize For Medicine 2014 - Announcement And Explanation - Video

Nobel Prize for Medicine won by scientists who found the brain’s ‘GPS system’ – Video

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Nobel Prize for Medicine won by scientists who found the brain #39;s #39;GPS system #39;
The 2014 Nobel Prize for medicine has been won by Anglo-American John O #39;Keefe and Norwegian couple May-Britt and Edvard Moser. The trio have discovered the brain #39;s internal positioning or...

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Nobel Prize for Medicine won by scientists who found the brain's 'GPS system' - Video

Wagon Wheel – Old Crow Medicine Show (Cover by Paul Federici & Zubin Kooka) – Video

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Wagon Wheel - Old Crow Medicine Show (Cover by Paul Federici Zubin Kooka)
Download the new album Now and Then http://paulfedericimusic.bandcamp.com Join the monthly newsletter get 4 free songs: http://eepurl.com/gD-DL Also visit the Paul Federici Music official...

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Wagon Wheel - Old Crow Medicine Show (Cover by Paul Federici & Zubin Kooka) - Video

3 win medicine Nobel for discovering brain's GPS

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STOCKHOLM A U.S.-British scientist and a Norwegian husband-and-wife research team won the Nobel Prize in medicine Monday for discovering the brain's navigation system the inner GPS that helps us find our way in the world a revelation that could lead to advances in diagnosing Alzheimer's.

The research by John O'Keefe, May-Britt Moser and Edvard Moser represents a "paradigm shift" in neuroscience that could help researchers understand the sometimes severe spatial memory loss associated with Alzheimer's disease, the Nobel Assembly said.

"This year's Nobel Laureates have discovered a positioning system, an 'inner GPS' in the brain, that makes it possible to orient ourselves in space," the assembly said.

O'Keefe, 74, a dual U.S. and British citizen at the University College London, discovered the first component of this system in 1971 when he found that a certain type of nerve cell was always activated when a rat was at a certain place in a room. He demonstrated that these place cells were building up a map of the environment, not just registering visual input.

Thirty-four years later, in 2005, May-Britt Moser and Edvard Moser, married neuroscientists at the Norwegian University of Science and Technology in Trondheim, identified another type of nerve cell the grid cell that generates a coordinate system for precise positioning and path-finding, the assembly said.

Monday's award was the fourth time that a married couple has shared a Nobel Prize and the second time in the medicine category.

"This is crazy," an excited May-Britt Moser, 51, told The Associated Press by telephone from Trondheim.

"This is such a great honor for all of us and all the people who have worked with us and supported us," she said. "We are going to continue and hopefully do even more groundbreaking work in the future."

Her 52-year-old husband didn't immediately find out about the prize because he was flying to the Max Planck Institute in Munich, Germany, to demonstrate their research. Edvard Moser told the Norwegian news agency NTB he only discovered he had won after he landed in Munich, turned on his cellphone and saw a flood of emails, text messages and missed calls.

"I didn't know anything. When I got off the plane there was a representative there with a bouquet of flowers who said 'congratulations on the prize,'" he was quoted as saying.

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3 win medicine Nobel for discovering brain's GPS

Nobel prize in medicine awarded for discovery of brains GPS

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U.S.-British scientist John O'Keefe and Norwegian husband and wife Edvard Moser and May-Britt Moser have won the Nobel Prize in medicine for discoveries of brain cells that people use to orient themselves. (AP)

Three scientists, including a husband-and-wife team, have been awarded this years Nobel Prize in Medicine for deciphering the mechanism in the brain that allows us to find our way around.

The three winners of the worlds most coveted medical research prize are John OKeefe, who holds both U.S. and British citizenship and is director of the Sainsbury Wellcome Center in Neural Circuits and Behavior at University College London; May-Britt Moser, a professor of neuroscience at the Norwegian University of Science and Technology; and Edward I. Moser of the same university.

All worked on different components of the same problem: how we orient ourselves in space and navigate, the Stockholm-based Nobel committee said in announcing the prize Monday. The discovery of what the group called the brains inner GPS has solved a problem that has occupied philosophers and scientists for centuries.

OKeefe discovered the first component of this system in 1971. He found that when he placed rats in certain parts of a room different cells in the brains hippocampus which is believed to be important in functions related to space and memory -- were always activated. He theorized that these areas that he called place cells formed a map of the room.

The Mosers, who are from Norway, followed up on that research in 2005, finding what scientists dubbed grid cells that make up a coordinate system that allows us to navigate. The couple was researching rats moving in a room when they noticed that another area of the brain, the entorhinal cortex, was activated in a unique spatial pattern that corresponded with the location of the animals head and the borders of the room.

Research into the inner workings of the brain has been among the top priorities for the scientific community in recent years. Last year, the European Union launched a 10-year effort to simulate the human brain on supercomputers. And President Obama launched a $100 million initiative to build tools to accelerate the pace of brain research an effort that many believe will be as groundbreaking as the Human Genome Project, which led to the sequencing of the 3 billion base pairs that comprise human DNA.

Last year, two Americans -- James Rothman of Yale University and Randy Schekman of the University of California, Berkeley -- and German-born Thomas Suedhof of Stanford University won the Nobel in medicine for their work on how the bodys cells communicate. The research has had a major impact in our understanding of how the brain transmits signals.

Cornelia Bargmann, a neurobiologist at The Rockefeller University and a 2013 winner of the Breakthrough Prize in Life Sciences funded by Internet entrepreneurs Mark Zuckerburg, Sergey Brin and others, said this years Nobel-honored work is groundbreaking because it not only tells us about how the brain understands space but more complex cognitive relationships, as well.

Bargmann, co-chair of the advisory committee for the presidents BRAIN (Brain Research Through Innovative Neurotechnologies)initiative, said the scientists showed the brain creates a two-dimensional grid of the world based on a group of neurons that tell you where you are moving and how you have been. Those points are in turn linked to people, places and other sights, smells and experiences.

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Nobel prize in medicine awarded for discovery of brains GPS

How ancient medicine ball has bounced its way back into modern fitness regimes

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In ancient Greece, the physician Hippocrates is said to have stuffed animal skins for patients to toss for 'medicinal' purposes The durable, versatile spheres, which can range from 2 to 25 pounds, fit into today's most intense regimes,from boot camps to interval training

By Reuters

Published: 04:01 EST, 6 October 2014 | Updated: 09:27 EST, 6 October 2014

Medicine balls, the fitness tool as ancient as Hippocrates, have bounced, slammed, tossed and twisted their way into today's trendiest workouts, fitness experts say.

The durable, versatile spheres, which can range from 2 to 25 pounds (0.9 to 11 kg), fit into today's most intense regimes, from boot camps to interval training.

Alonzo Wilson, creator of the New York City fitness studio Tone House, uses medicine ball exercises to strengthen and condition, and to boost team spirit.

On trend: Medicine balls, a fitness aid once endorsed by Hippocrates, are central to modern workouts again

He said the people who seek out his brand of extreme athletics often find medicine balls less daunting than his resistance harnesses or cords and ropes.

'They make people feel comfortable,' said Wilson, a former professional athlete. 'We use them in partner throws, to hold and turn, to touch the ground with. Slamming the ball down while (jumping) in the air elevates the heart rate.'

In a fast-moving workout, he added, the balls allow freedom of movement.

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How ancient medicine ball has bounced its way back into modern fitness regimes

McLean Hospital and Harvard Medical School to conduct study on marijuana and the brain

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PUBLIC RELEASE DATE:

6-Oct-2014

Contact: Adriana Bobinchock abobinchock@partners.org 617-855-2110 McLean Hospital

Belmont, Mass. Thanks to a $500,000 gift from international best-selling author and mental health advocate Patricia Cornwell, McLean Hospital and Harvard Medical School researchers will launch a landmark new program that will more fully explore the potential impact of medical marijuana on cognition, brain structure and function. This first-of-its-kind program, known as the Marijuana Investigations for Neuroscientific Discovery (MIND) Program, will also gauge study participants' perceptions of their own quality of life as it relates to medical marijuana treatment.

"We are seeing the country's view on marijuana shift dramatically and now is the time to allow science to inform our policies and our decisions," said Cornwell, who is a member of McLean Hospital's National Council and was presented with the hospital's highest honor in 2012 for her mental health advocacy. "The MIND Program has the potential to revolutionize what we know about medical marijuana and what we think we know."

Despite the move toward the legalization of medical marijuana, with 23 states and the District of Columbia legalizing its use, no published studies to date have assessed its direct and specific potential impact on cognition and brain function. Therefore, it is critical to investigate the impact that medical marijuana has on patients, the results of which could inform the course of treatment, safety guidelines and public policy. As the number of states who have passed medical marijuana laws continues to grow, the "need to know" has never been more important, relevant or timely.

"At this point, policy has vastly outpaced science, with little empirical data available regarding the impact of medical marijuana on cognitive function, despite the legal status of the product in a growing number of states," said lead investigator Staci Gruber, PhD, director of the Cognitive and Clinical Neuroimaging Core at McLean Hospital and associate professor of Psychiatry at Harvard Medical School. "Findings from this investigation will ultimately foster a greater understanding of the impact of medical marijuana on cognitive function and brain structure, and may in turn facilitate the examination of the efficacy of marijuana for the different disorders for which it is prescribed."

Marijuana is difficult to standardize and highly variable; consequently, the majority of current research studies investigate the potential therapeutic properties of cannabinoid chemicals delivered in standardized pharmaceuticals that have not yet reached the market, and thus do not represent real life situations. In addition, none thus far have included an assessment of neuropsychological performance before, during and after treatment. As a result, there is a gap in the knowledge between ongoing medical marijuana research, the products currently available to the public, and their relationship to cognitive function.

Thanks to Cornwell's donation, the MIND Program will begin to address that gap.

"Given the considerable difficulty with cognitive function and disrupted mood experienced by patients with severe medical disorders, the addition of marijuana, which has shown promise in alleviating a range of symptoms, could potentially improve cognitive performance," said Gruber. "Equally critical, data showing a loss or impairment of cognitive function following the use of medical marijuana could inform alternative courses of treatment and prevent unjustified exposure to harm, especially in vulnerable populations."

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McLean Hospital and Harvard Medical School to conduct study on marijuana and the brain

# 18 Nahys Gameplay StarCraft 2 Wings of Liberty Mission 9 Willkommen im Dschungel – Video

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# 18 Nahys Gameplay StarCraft 2 Wings of Liberty Mission 9 Willkommen im Dschungel
Servus und willkommen zu meinem 59. Spiel was ich fr euch durchgespielt habe. Starcraft 2: Wings of Liberty. Ich hab als Kind lange zeit den ersten Teil gespielt und der zweite ist einfach...

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# 18 Nahys Gameplay StarCraft 2 Wings of Liberty Mission 9 Willkommen im Dschungel - Video