Battle for Donetsk Airport: Wounded Ukrainian ‘cyborg’ soldiers evacuated to Dnipropetrovsk hospital – Video

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Battle for Donetsk Airport: Wounded Ukrainian #39;cyborg #39; soldiers evacuated to Dnipropetrovsk hospital
Eleven wounded Ukrainian soldiers who were fighting in eastern Ukraine have been evacuated to a hospital in the city of Dnipropetrovsk. Doctors say they are ...

By: UKRAINE TODAY

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Battle for Donetsk Airport: Wounded Ukrainian 'cyborg' soldiers evacuated to Dnipropetrovsk hospital - Video

Donetsk Airport Gas Attack? OSCE quotes ‘cyborg’ saying fighters suffered breathing problems – Video

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Donetsk Airport Gas Attack? OSCE quotes #39;cyborg #39; saying fighters suffered breathing problems
Was poison gas used at the Donetsk Airport? The OSCE mission charged with monitoring the situation in eastern Ukraine has published a report which cites a Ukrainian soldier who said soldiers...

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Donetsk Airport Gas Attack? OSCE quotes 'cyborg' saying fighters suffered breathing problems - Video

Koh Larn, Pattaya: Beautiful Beaches at "Koh Larn" Pattaya Thailand – Video

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Koh Larn, Pattaya: Beautiful Beaches at "Koh Larn" Pattaya Thailand
Koh Larn, Pattaya: Beautiful Beaches at "Koh Larn" Pattaya Thailand. Presented to you by Amazing Thailand Destinations http://www.amazingthailanddestinations.com Koh Larn (Ko Lan) is the largest...

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Koh Larn, Pattaya: Beautiful Beaches at "Koh Larn" Pattaya Thailand - Video

UCSB Physics Professor Ruth Murray-Clay Awarded Top Astronomy Prize

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Behind UCSB astrophysicist Ruth Murray-Clay is an artists animation of a brown dwarf surrounded by a swirling disc of planet-building dust. NASAs Spitzer Space Telescope spotted such a disc around a surprisingly low-mass brown dwarf, or failed star. (Spencer Bruttig photo / background courtesy of NASA/JPL-Caltech)

By Julie Cohen for the UCSB Office of Public Affairs and Communications | Published on 01.22.2015 2:25 p.m.

The American Astronomical Society has awarded UC Santa Barbaras Ruth Murray-Clay the 2015 Helen B. Warner Prize for Astronomy for her theoretical studies of star and planet formation.

Presented annually in recognition of a significant contribution to observational or theoretical astronomy during the five years preceding the award, the Warner Prize is given to an astronomer who is under 36 years of age in the year designated for the award, or within eight years of receiving his or her Ph.D.

We are proud of Ruth for winning the 2015 Warner Prize, said Philip Pincus, chair of UCSBs Department of Physics, where Murray-Clay is a newly appointed assistant professor. We were delighted for her to join our faculty. She brings a wealth of expertise to UCSB, not only in the area of planet formation, but also in the evolution of their atmospheres and how they migrate.

I feel very honored to win the Warner Prize, said Murray-Clay. I really like doing this work partly because there are all sorts of different physics involved. What really drew me to this subject is that its about where we came from and how the Earth formed and, by extension, how we came to be.

The prize committee also cited Murray-Clays substantial contributions to numerous other areas of astrophysics. Her citation states that she has advanced models of planet formation by clarifying the role of gravitational instabilities, illuminating how orbital migration leads to short-period hot Jupiters and exploring photoevaporation of close-in exoplanets.

According to the AAS, Murray-Clay follows up testable predictions of her theoretical models by delving directly into the observational data. The committee noted that she also has made outstanding contributions to the theoretical interpretation of G2, an ionized gascloud plunging toward the supermassive black hole at the center of the Milky Way.

In addition to planet and star formation, Murray-Clay is interested in the extrasolar planetary systems recently discovered by NASAs Kepler spacecraft and by ground-based direct imaging. One place where we can really learn a lot about planet formation right now is by studying planets that orbit far from their stars farther than our most distant planet, Neptune, she explained. In particular, there is the first directly imaged planetary system, HR 8799, which has at least four very large planets with very wide separations. We know that this kind of system is the tip of an iceberg. Is it the tip of star formation on a small scale? Or could it be that the processes that we think formed Jupiter and Saturn, our giant planets, actually do work at very large distances and that we havent figured out how yet?

This is an exciting place to be looking because there are several big direct imaging surveys ramping up now, Murray-Clay continued. So were really going to be able to study these giant planets and their wide separations, which will help us distinguish between different types of models.

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UCSB Physics Professor Ruth Murray-Clay Awarded Top Astronomy Prize

Perspective on artificial intelligence and Elon Musk & Co open letter on safety – Video

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Perspective on artificial intelligence and Elon Musk Co open letter on safety
Research Priorities for Robust and Beneficial Artificial Intelligence: an Open Letter - http://futureoflife.org/misc/open_letter No need to panic artificia...

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Perspective on artificial intelligence and Elon Musk & Co open letter on safety - Video

‘The Beach’ author Alex Garland on artificial intelligence | Channel 4 News – Video

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#39;The Beach #39; author Alex Garland on artificial intelligence | Channel 4 News
https://www.youtube.com/watch?v=_9WhTr1qAHU Alex Garland, author of The Beach, talks toTom Clarke about the benefits to mankind of artificial intelligence. H...

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'The Beach' author Alex Garland on artificial intelligence | Channel 4 News - Video

Winning projects focus on solar heating, algae

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Cunha Intermediate School students delved into a wide array of subjects for their winning science fair projects. Here is the list of the 2015 finalists, whose projects will move on to the San Mateo County STEM Fair in March.

Life Science 1 Plants

1st place: Mailie Bowers, The effect of percent concentration of sucrose on germination

2nd place: Rachel Brody, Trees of life; Xitali Duran, Is the amount of seeds inside a fruit consistent?

Life Science 2

1st place: Rachel Dantes, Webstatic

2nd place: Shay Heath, Effects of spices on mold and bacterial growth in food; Michaela McGee, My moms kitchen sink is filthy: lets clean it!

Behavioral Science

1st place: Sophia Pappalardo, Feeling frustrated

2nd place: Hallie Beier, More than meets the tongue; Alex Hosilyk, The highlighter effect; Micah Warner-Carey, Fading memories.

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Winning projects focus on solar heating, algae

The next energy revolution wont be in wind or solar. It will be in our brains.

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This is the first in a three-part series titled Your Brain on Energy for our new Energy and Environment coverage.

In the arid lands ofthe Mojave Desert, Marine regimental commander Jim Caley traveled alongsidea 24-mile stretch of road and saw trucks, tanks and armored tracked vehicles all idling in the heat and wasting enormous amounts of expensive fuel.

Caley had already led forces in Iraq, and at the time was charged with seven battalions comprising 7,000 Marines. Butthis was a new and different challenge. Overseeing a major spring 2013 training exercise at the Marine Corps Twentynine Palms base in southern California,he was struck by how little he knew abouthow Americas war-fighting machine used energy.

No targets prosecuted, no miles to the gallon, no combat benefit being delivered, Caley, a Marine colonel, says of the scene. At the time,I had no system to understand what was going on, and what was occurring, and how much further I could go on the same fuel.

The Department of Defense is the single biggest user of energy in the U.S. its energy bill in 2013 was$18.9 billion and Caley now plays a central role in trying to ensure that just one of its branches, the Marine Corps, uses that power in the optimal way. The implications for the military are vast.For instance, the Marines alone haveestimatedthat they could save $26 million per year through a 10 percent energy reduction at their installations and bases, to say nothing of Marine field operations, which used an estimated1.5 million barrels of fuelin 2014.

But most striking is how these changes are coming about.As head ofthe Marines Corps five-year-oldExpeditionary Energy Office,Caley is tapping into one of the hottest trends in academic energy research:looking to usepsychology and the behavioral sciences tofind ways of saving energy by changingpeople their habits, routines, practices and preconceptions.

The opportunities that we see on the behavioral side of the house are phenomenal, Caley explained during a recent interview in his Pentagon office. And theyre frankly less expensive than us trying to buy new equipment.

Through behavioral changes alone tweaking the ways that Marines drive their vehicles, power their outposts, handle their equipment Caley thinks he can increase theiroverall battlefield range by as much as five days, a change that would provide immense tactical benefit by cutting down on refueling requirements (and the logistical hurdles and vulnerabilities associated with them).If he succeeds,the Marines would stand at the forefront of an energy revolution that may someday rival wind or solar in importance: onefocused not on changing our technologies or devices, but on changing us. And its applications would touch every corner of our society, from how we behave in our homes to how we drive our cars.

The behavioral science wave

Any change to how the military uses energy has momentous implications simplybecause it uses somuchof it roughly the same amount of power annually as the state of West Virginia. But the behavioral revolution in energy is also highly significant in the civilian sector, where truly Pentagon-sized energy gains could be reaped just by tweaking little behaviors. For instance, here are some published estimates of possible energy savings from behavioral changes. These shouldnt be taken as exact, but rather as ballpark figures:

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The next energy revolution wont be in wind or solar. It will be in our brains.

LPGN at the 22nd Annual World Congress of the American Academy of Anti-Aging Medicine – Video

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LPGN at the 22nd Annual World Congress of the American Academy of Anti-Aging Medicine
LifePharm Global Network was featured at the 22nd Annual World Congress of the American Academy of Anti-Aging Medicine on December 11-13 in Las Vegas, Nevada...

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LPGN at the 22nd Annual World Congress of the American Academy of Anti-Aging Medicine - Video

Japanese Society of Anti-aging MedicineENGLISH

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In addition to the traditional comprehensive medical checkup, age-related physical changes as well as signs and symptoms of aging can be identified by examining blood vessels, hormone levels, functions of sensory organs, balance between active oxygen and antioxidant potential, and others. These examinations enable early detection and treatment as well as lifestyle guidance to prevent aging-related diseases. It is crucial to identify the signs of aging and take appropriate measures as early as possible. The basic elements of clinical anti-aging medicine consist of measures to improve the lifestyle of patients: dietary advice, including guidance on the use of nutritional supplements, exercise programs, and stress control.

When selecting a therapy, the risks and benefits of each therapy should be examined with the utmost importance placed on safety. Some medical institutions may use hormone replacement therapy. Others may use chelation therapy, the evidence for which is, while not abundant, considered to demonstrate efficacy in removing heavy metals from the body.

Approaches taken in different areas Areas covered by anti-aging medicine (from specialized areas to covering the whole body)

Internal medicine Metabolism Cardiovascular Digestive tract Endocrine Respiratory

Neurology Cerebrovascular disorder Alzheimers disease Stress

Orthopedics Muscle weakness Osteoporosis Osteoarthritis

Ophthalmology Presbyopia Cataract Age-related macular degeneration

Obstetrics and gynecology Menopausal disorders Late childbearing Hormonal issues

Urology Sexual dysfunction Male climacteric disorder Prostate disorder/hormonal issues

Dermatology Photoaging Senile dermatitis

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Japanese Society of Anti-aging MedicineENGLISH