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Read more: Brazil, Endangered Species, Wildlife Conservation, Birds, Parrot, Critically Endangered Species, Spix's Macaw, Good News News
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The July 4 weekend marks our nation's birthday and the time when Americans celebrate -- not only with fireworks, but with picnics, backyard BBQs, pool parties. Sadly, one byproduct of these celebrations are the many tons of food that we will inevitably waste after these family gatherings. Today, 40 percent of food produced in the United States is thrown away each year (over two-thirds of that by consumers).
Ketchup with a date label that says it has expired." Salad dressings that are past their "use by" dates, chips and cheese with passed expiration dates. As a result of confusing date labeling policies, consumers regularly toss out foods that are perfectly safe, wholesome, and still taste good.
Our three organizations are actively involved in the national campaign to reduce food waste in America. High on our list of priorities is standardizing date labels on food; indeed it might be the most cost effective intervention to achieving the U.S. government's stated goal of reducing food waste by 50 percent by 2030. Solutions are on the horizon.
Rep. Chellie Pingree (D-ME) and Senator Richard Blumenthal (D-CT) have introduced the Food Date Labeling Act, (HR 5298) to address the confusion surrounding date labeling and tackle our nation's mounting food waste problem.
Our three organizations -- the Harvard Food Law and Policy Clinic, the National Consumers League, and the Johns Hopkins Center for a Livable Future -- performed a survey in April 2016 to learn more about what American consumers actually know about date labels. The findings? Consumers are confused and misled. Thirty-seven percent said they always throw away food close to or past the date on the package, and 84 percent reported at least occasionally doing so.
What many consumers don't know is that most food is still safe to eat after its expiration date. Date labels are placed on foods by manufacturers and retailers. Wording like "best by" or "freshest by," are simply estimates of when a food item will be at its peak quality, and not an indicator of how safe the food is. Consumers, however, fear that eating food past the date on the label puts them at risk of foodborne illness. In fact, only a few foods -- deli meat and unpasteurized cheeses, for example -- actually pose an increased safety risk if eaten after the expiration date. No one wants to throw out good food or waste the money spent on it. But, relying on today's date labels leads consumers to do just that.
A misunderstanding of who regulates date labels is contributing to the problem. One third of respondents in our survey thought that date labels are federally regulated, and 26 percent said they were unsure who put those labels on. In actuality, except for infant formula, there are no federally mandated date labeling rules. Each state has its own regulations for what the labels mean and what stores can do with food after the date passes. Research from the Harvard Food Law and Policy Clinic and Natural Resources Defense Council (NRDC) shows that 20 states currently restrict sales, and in certain cases, even donations of past-date foods, even if the label is an arbitrary quality estimate.
The Food Date Labeling Act aims to clear up this confusion by requiring manufacturers and retailers to stick with just two date labels: an optional "best if used by" to indicate the estimated date a product will no longer be at its peak quality (such as top flavor or texture); and a required "expires on" label for the few high-risk foods that the Food and Drug Administration (FDA) and U.S. Department of Agriculture (USDA) find are actually less safe to eat after a certain date. Retailers would also be able to donate or sell foods after the "best if used by" date passes, which would encourage the distribution of otherwise discarded, but perfectly safe and still tasty food. The bill would have an educational mandate for the FDA and USDA aimed at raising awareness among consumers about what the new labels mean.
Research from the Center for a Livable Future suggests that many consumers are aware of the problem of wasted food and want to be part of the solution -- unfortunately, our nation's current date labeling system is getting in their way. Clearer date labels and more education about what they mean will inevitably help Americans save money, eat safely, and conserve natural resources. That's something worth celebrating.
Emily Broad Leib is the Director of the Harvard Food Law and Policy Clinic, the nation's first food law school clinic, and is an Assistant Clinical Professor of Law at Harvard Law School.
Sally Greenberg is Executive Director of the National Consumers League, the nation's pioneering consumer and worker advocacy organization, founded in 1899.
Roni Neff, PhD, directs the Food System Sustainability and Public Health Program at the Johns Hopkins Center for a Livable Future and is an Assistant Professor of Environmental Health Sciences at the Johns Hopkins Bloomberg School of Public Health.
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Check out this incredible overview from the top of the Eiffel Tower in Paris, France. This shot captures the Euro 2016 Fan Zone at Champ de Mars and was taken by our friend @kaylabernardino. The quarterfinals of the tournament are currently underway with a match today between Wales and Belgium. If you are ever in Paris, the Eiffel Tower offers the highest vantage point in the city, rising 1,063 feet (324 meters). (at Eiffel Tower)
Read more: Critical Thinking, Education, Learning, Teaching, Teachers, Environment, Environmental Education, Climate Change, Land, Natural Resources, Education News
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Gravitational waves released from black hole “super kicks” may soon be detectable, according to new research published in Physical Review Letters.…
Robert Stawell Ball Scientist of the Day
Robert Stawell Ball, an Irish astronomer and popular writer, was born July 1, 1840.
Inspired by the presidential campaign, the stock-footage company Dissolve created a satirical version of the traditionally cheesy campaign advertisement. It's predictable, and also hilarious. If you'd like to watch more videos by Dissolve, you may enjoy this satire of generic branding and this whimsical mockumentary about emoji.
Troubled wildchild turned Brexit commenter Lindsay Lohan has accepted the challenge of turning on Kettering for Christmas, in order to “redeem her political reputation”.…
Not so long ago you could barely move on Facebook for all the exquisitely crafted beheading videos. Now you can't even watch a cute cat video if your first name is Isis, anyway.…
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The debate over the merits of renewable energy is over. For the overwhelming majority of Americans, the advantages of replacing coal, oil, and gas with clean, renewable energy sources come under the heading of glaringly obvious.
Our challenge then, is not to convince people that renewable energy makes sense, but to help them see for themselves that the wave of the future is already breaking all around them. And although that seems like it should be easy, people have spent their entire lives in a fossil-fuel economy that has an illusion of permanence that can be hard to shake off. But The Grid is not The Matrix. People don't need a mysterious red pill to have their eyes opened to a world that's powered by renewable energy. It can be as simple as looking out the window.
Fact: Once someone sees solar panels appear on their neighbor's roof, they are far more likely to go solar themselves. This viral solar effect has been documented by researchers. One house gets solar and then it spreads outward from there. Despite the fact that most people agree that renewable energy is a good idea, seeing it happen in their own neighborhood somehow makes it more real.
This viral effect is helping to drive dramatic double-digit growth for rooftop solar installations year after year after year. Last year the U.S. set a record for rooftop solar installations, and this year is expected to have about twice as many. It took 40 years for solar to be installed on 1 million rooftops in the United States. We should hit the next million within two years.
And there are ways to make this growth happen even faster. One is through public awareness campaigns like the Sierra Club's Ready for 100, which just launched a national tour of nine cities across the U.S. to showcase the demand for clean, renewable energy. Last week, I attended the first one, in Aspen, Colorado (a town that has already achieved 100 percent renewable electricity), and it was fantastic.
But here's an idea: What if we could supercharge that rooftop solar viral effect by making it easy to see the solar potential of every home? To that end, the Sierra Club is collaborating with Google to help map the solar possibilities of residential rooftops across the U.S. Google's solar mapping tool is called Project Sunroof, and it's both powerful and incredibly easy to use. Enter your address into the mapping tool and -- bam! -- you'll see your home's solar potential based on your roof's position, shading, and usable hours of sunlight each year. At the same time, you'll get an estimate of your potential energy bill savings, details about different financing options, and next steps to explore making solar work for you.
Project Sunroof is currently available in 43 states (not yet included are Texas, Hawaii, Rhode Island, Idaho, South Dakota, Mississippi, Tennessee, Alaska, and the District of Columbia). If you haven't already gone solar and are curious about how much you could save, you should check it out. Fighting climate change isn't just an obligation; it's an opportunity to create the future we want.
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Last week, Pacific Gas and Electric Co. announced that it wants to retire California's Diablo Canyon nuclear power plant by 2025. If the California Public Utilities Commission accepts the utility's proposal, it will mean the end of the nuclear era in California. Beyond that milestone, though, it marks what is now an undeniable trend. Clean, renewable energy like wind and solar -- combined with energy efficiency and storage -- can compete with any dirty fuel, be it coal, gas, or nuclear power.
The Sierra Club has unequivocally opposed nuclear energy for more than three decades, and Diablo Canyon is a good illustration of why we do. From the beginning it was a reckless enterprise. Nuclear power plants are not just accidents waiting to happen -- they are mega-disasters waiting to happen. Diablo Canyon was especially risky owing to the discovery of nearby earthquake faults, but no nuclear plant can be guaranteed to be safe. The potential consequences of a nuclear disaster are so horrific by themselves that they overwhelm any risk analysis.
In spite of all that, PG&E would likely have attempted to keep Diablo Canyon open if it could have done so profitably. What's driving the closure of this and other nuclear plants is not the obvious risks they pose, but their inability to compete economically. In Nebraska, the Omaha Public Power District decided to decommission its Fort Calhoun nuclear plant this year not because it had to be shut down owing to flooding of the Missouri River in 2011 but because clean, renewable energy and energy efficiency have helped drive the cost of electricity to levels that the plant couldn't match.
In fact, renewable energy has gotten so cheap so quickly that PG&E says it intends to replace all of the power from Diablo Canyon with carbon-free clean energy. That's a big deal, because Diablo currently generates around 18,000 gigawatt hours per year or 8.5 percent of the state's power mix. It's important to hold PG&E to that commitment. Diablo needs to be replaced with additional clean energy -- above and beyond what it would otherwise have developed -- by the time the plant shuts down less than 10 years from now. How PG&E actually does that (solar, wind, energy efficiency, and storage could all play a role) is less important -- as long as greenhouse gas emissions do not increase as a result of Diablo Canyon's retirement.
The good news is that last year, clean and renewable sources accounted for almost two-thirds of new electrical generation in the U.S. Even so, replacing Diablo Canyon with 100 percent clean, renewable energy is an ambitious goal for both PG&E and the state of California. But the fact that PG&E believes it's possible to do that in less than a decade speaks volumes about how far renewables have come and how quickly it is expected to dominate the energy industry.
It also sets a new, higher bar nationally. If indeed it is possible to do this for the largest power plant in California, then there's no excuse not to attempt to do the same thing on a rapid and responsible timeline for every polluting plant in the United States. From now on, the burden of proof is on polluters to show that clean, renewable energy can't do the job. In our work on retiring coal plants, we've seen utilities repeatedly fail at making that case, and it's only going to get harder to do so going forward.
The Diablo Canyon announcement is more than just another setback for polluting power plants. It reaffirms in a big way that renewable energy will be first and foremost in our future.
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Inside of The Lab at Panorama, the music festival and accompanying art show debuting in New York City next month, there'll be light projections, a trippy tunnel of mirrors, and other interactive artworks. There will also be people playing pinball.
That'll be the doing of Red Paper Heart, a small studio in Brooklyn that's transforming a 1970s pinball machine into a tool for creating digital art. "Things like pinball get people over the seriousness of artwork," says Zander Brimijoin, the company's creative director. "People love pinball, so they instantly have an emotional attachment to it, and we can use that to create this amazing experience."
"They're gonna be sort of like a concert...
Science research funding from the European Union to the UK is set to continue until Britain officially terminates its membership of the bloc by triggering Article 50 of the Lisbon Treaty.…
A West Point cadet's freshly shaved head, Ramadan prayers, Chinese children floating home from school, a Mongolian voter's stare, Olympic trials across the world, a fire ravaged home in California, an especially awkward political handshake, and much more.
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Mathematician Benoit Mandelbrot introduced a set of equations in 1975 that impressed artists more than scientists. That's because his equations -- called fractals -- become amazing geometrical pictures. The Mandelbrot set is a fractal. Pictured here is the "Blue Swirl" fractal, part of the Mandelbrot set. As the image is enlarged -- the picture going deeper and deeper into the region near the boundary of the Mandelbrot set itself (black bits) -- we see infinitely many fabulous patterns including miniature copies of the whole set, spidery filaments, pools and lagoons of color, devilish pitchforks and complicated spirals.
Image credit: Courtesy Frances Griffin
The European Space Agency (ESA) has set the date for the Rosetta probe's deathday and says that on September 30 the spacecraft will crash into the comet it has been orbiting for nearly two years.…
Scientists have revealed new data about two giant blobs at the edge of the Earth's core, larger than continents and possibly older than any rock on the planet.…
Toffler's warnings about 'information overload' and the accelerating pace of change in modern society made his seminal 1970 book a best-seller in the U.S. and around the world.
The technology giant now has a patent for a system that could prevent you from taking photos or recording videos in specific places, like concert venues or movie theaters.
A new Pokémon mobile app will bring the virtual monsters into the real world. But the challenge for developers is to see if people are ready for AR in their daily lives.
They have provided physical evidence to a famous story of heroism during the Holocaust — known before only through the testimony of the 11 Jews who escaped a Lithuanian massacre site.
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MIT researchers have developed low-cost chemical sensors, made from chemically altered carbon nanotubes, that enable smartphones or other wireless devices to detect trace amounts of toxic gases. Using the sensors, the researchers hope to design lightweight, inexpensive radio-frequency identification badges to be used for personal safety and security. Such badges could be worn by soldiers on the battlefield to rapidly detect the presence of chemical weapons -- such as nerve gas or choking agents -- and by people who work around hazardous chemicals prone to leakage.
Image credit: Christine Daniloff/MIT
A Tennessee man is suing Utah because, like the rest of America, it won't let him marry his computer.…
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"Well, I suggest we work on the money (for all of us) first and quickly! I've proposed to Val [Giddings, former vice president of BIO, the biotech industry trade association] that he and I meet while I'm in DC next week so we can (not via e-mail) get a clear picture of options for taking the Academic Review project and other opportunities forward. The "Center for Consumer Freedom" (ActivistCash.com) has cashed in on this to the extreme."
"I believe Val and I can identify and serve as the appropriate (non-academic) commercial vehicles by which we can connect these entities with the project in a manner which helps to ensure the credibility and independence (and thus value) of the primary contributors/owners... I believe our kitchen cabinet here can serve as gatekeepers (in some cases toll takers) for effective, credible responses, inoculation and proactive activities using this project platform..."
"You and I need to talk more about the "academics review" site and concept. I believe that there is a path to a process that would better respond to scientific concerns and allegations. I shared with Val yesterday. From my perspective the problem is one of expert engagement and that could be solved by paying experts to provide responses. You and I have discussed this in the past. Val explained that step one is establishing 501(c)3 not-for-profit status to facilitate fund raising. That makes sense but there is more. I discussed with Jerry Steiner today (Monsanto Executive Team) and can help motivate CLI/BIO/CBI and other organizations to support. The key will be keeping Monsanto in the background so as not to harm the credibility of the information."
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Derbid planthopper (Anotia uhleri) collected in Puslinch, Ontario, Canada, and photographed at the Centre for Biodiversity Genomics (sample ID: BIOUG00856-B08; specimen record: http://www.boldsystems.org/index.php/Public_RecordView?processid=TTHFW359-11; BIN: http://www.boldsystems.org/index.php/Public_BarcodeCluster?clusteruri=BOLD:ACB2705)
Astronomers are using the NASA/ESA Hubble Space Telescope to study auroras -- stunning light shows in a planet's atmosphere -- on the poles of the largest planet in the Solar System, Jupiter. This observation program is supported by measurements made by NASA's Juno spacecraft, currently on its way to Jupiter. Jupiter's auroras were first discovered by the Voyager 1 spacecraft in 1979. A thin ring of light on Jupiter's nightside looked like a stretched-out version of our own auroras on Earth. Only later on was it discovered that the auroras were best visible using the ultraviolet capabilities of the NASA/ESA Hubble Space Telescope.
This observation program is perfectly timed as NASA's Juno spacecraft is currently in the solar wind near Jupiter and will enter the orbit of the planet in early July 2016. While Hubble is observing and measuring the auroras on Jupiter, Juno is measuring the properties of the solar wind itself; a perfect collaboration between a telescope and a space probe.
"These auroras are very dramatic and among the most active I have ever seen", says Jonathan Nichols from the University of Leicester, UK, and principal investigator of the study. "It almost seems as if Jupiter is throwing a firework party for the imminent arrival of Juno."
To highlight changes in the auroras Hubble is observing Jupiter daily for around one month. Using this series of images it is possible for scientists to create videos that demonstrate the movement of the vivid auroras, which cover areas bigger than the Earth.
Not only are the auroras huge, they are also hundreds of times more energetic than auroras on Earth. And, unlike those on Earth, they never cease. Whilst on Earth the most intense auroras are caused by solar storms -- when charged particles rain down on the upper atmosphere, excite gases, and cause them to glow red, green and purple -- Jupiter has an additional source for its auroras.
The strong magnetic field of the gas giant grabs charged particles from its surroundings. This includes not only the charged particles within the solar wind but also the particles thrown into space by its orbiting moon Io, known for its numerous and large volcanos.
The new observations and measurements made with Hubble and Juno will help to better understand how the Sun and other sources influence auroras. While the observations with Hubble are still ongoing and the analysis of the data will take several more months, the first images and videos are already available and show the auroras on Jupiter's north pole in their full beauty.
The Daily Galaxy via ESA/Hubble
NASA Goddard Photo and Video posted a photo:
Astronomers are using the NASA/ESA Hubble Space Telescope to study auroras — stunning light shows in a planet's atmosphere — on the poles of the largest planet in the solar system, Jupiter. This observation program is supported by measurements made by NASA's Juno spacecraft, currently on its way to Jupiter.
Jupiter, the largest planet in the solar system, is best known for its colorful storms, the most famous being the Great Red Spot. Now astronomers have focused on another beautiful feature of the planet, using Hubble's ultraviolet capabilities.
The extraordinary vivid glows shown in the new observations are known as auroras. They are created when high-energy particles enter a planet's atmosphere near its magnetic poles and collide with atoms of gas. As well as producing beautiful images, this program aims to determine how various components of Jupiter's auroras respond to different conditions in the solar wind, a stream of charged particles ejected from the sun.
This observation program is perfectly timed as NASA's Juno spacecraft is currently in the solar wind near Jupiter and will enter the orbit of the planet in early July 2016. While Hubble is observing and measuring the auroras on Jupiter, Juno is measuring the properties of the solar wind itself; a perfect collaboration between a telescope and a space probe.
“These auroras are very dramatic and among the most active I have ever seen”, said Jonathan Nichols from the University of Leicester, U.K., and principal investigator of the study. “It almost seems as if Jupiter is throwing a firework party for the imminent arrival of Juno.” Read more: go.nasa.gov/294QswK
Credits: NASA, ESA, and J. Nichols (University of Leicester)
The central regions of many glittering galaxies, our own Milky Way included, harbor cores of impenetrable darkness -- black holes with masses equivalent to millions, or even billions, of suns. What's more, these supermassive black holes and their host galaxies appear to develop together, or "co-evolve." Theory predicts that as galaxies collide and merge, growing ever more massive.
Researchers have developed a new method for detecting and measuring one of the most powerful, and most mysterious, events in the Universe - a black hole being kicked out of its host galaxy and into intergalactic space at speeds as high as 5000 kilometers per second.
"When the detection of gravitational waves was announced, a new era in astronomy began, since we can now actually observe two merging black holes," said study co-author Christopher Moore, a Cambridge University PhD student who was also a member of the team which announced the detection of gravitational waves earlier this year. "We now have two ways of detecting black holes, instead of just one - it's amazing that just a few months ago, we couldn't say that. And with the future launch of new space-based gravitational wave detectors, we'll be able to look at gravitational waves on a galactic, rather than a stellar, scale."
The method, developed by researchers from the University of Cambridge, could be used to detect and measure so-called black hole superkicks, which occur when two spinning supermassive black holes collide into each other, and the recoil of the collision is so strong that the remnant of the black hole merger is bounced out of its host galaxy entirely. Their results are reported in the journal Physical Review Letters.
Earlier this year, the LIGO Collaboration announced the first detection of gravitational waves - ripples in the fabric of spacetime - coming from the collision of two black holes, confirming a major prediction of Einstein's general theory of relativity and marking the beginning of a new era in astronomy. As the sensitivity of the LIGO detectors is improved, even more gravitational waves are expected to be detected - the second successful detection was announced in June.
As two black holes circle each other, they emit gravitational waves in a highly asymmetric way, which leads to a net emission of momentum in some preferential direction. When the black holes finally do collide, conservation of momentum imparts a recoil, or kick, much like when a gun is fired. When the two black holes are not spinning, the speed of the recoil is around 170 kilometres per second. But when the black holes are rapidly spinning in certain orientations, the speed of the recoil can be as high as 5000 kilometres per second, easily exceeding the escape velocity of even the most massive galaxies, sending the black hole remnant resulting from the merger into intergalactic space.
The Cambridge researchers have developed a new method for detecting these kicks based on the gravitational wave signal alone, by using the Doppler Effect. The Doppler Effect is the reason that the sound of a passing car seems to lower in pitch as it gets further away. It is also widely used in astronomy: electromagnetic radiation coming from objects which are moving away from the Earth is shifted towards the red end of the spectrum, while radiation coming from objects moving closer to the Earth is shifted towards the blue end of the spectrum. Similarly, when a black hole kick has sufficient momentum, the gravitational waves it emits will be red-shifted if it is directed away from the Earth, while they will be blue-shifted if it's directed towards the Earth.
"If we can detect a Doppler shift in a gravitational wave from the merger of two black holes, what we're detecting is a black hole kick," said study co-author Davide Gerosa, a PhD student from Cambridge's Department of Applied Mathematics and Theoretical Physics. "And detecting a black hole kick would mean a direct observation that gravitational waves are carrying not just energy, but linear momentum as well."
Detecting this elusive effect requires gravitational-wave experiments capable of observing black hole mergers with very high precision. A black hole kick cannot be directly detected using current land-based gravitational wave detectors, such as those at LIGO. However, according to the researchers, the new space-based gravitational wave detector known as eLISA, funded by the European Space Agency (ESA) and due for launch in 2034, will be powerful enough to detect several of these runaway black holes. In 2015, ESA launched the LISA Pathfinder, which is successfully testing several technologies which could be used to measure gravitational waves from space.
The researchers found that the eLISA detector above will be particularly well-suited to detecting black hole kicks: it will be capable of measuring kicks as small as 500 kilometres per second, as well as the much faster superkicks. Kick measurements will tell us more about the properties of black hole spins, and also provide a direct way of measuring the momentum carried by gravitational waves, which may lead to new opportunities for testing general relativity.
The Daily Galaxy via University of Cambridge and NASA/JPL
Image credit top of page: ligo.caltech.edu
“Red dwarfs the dim bulbs of the cosmos have received scant attention by SETI scientists in the past,” SETI Institute engineer Jon Richard said last week in a news release announcing the initiative. “That's because researchers made the seemingly reasonable assumption that other intelligent species would be on planets orbiting stars similar to the sun.”
“This may be one instance in which older is better,” said astronomer Seth Shostak of California-based SETI, a private, non-profit organization which stands for Search for Extraterrestrial Intelligence. “Older solar systems have had more time to produce intelligent species.” A super-Earth known as Kapteyn b that orbits an 11.5 billion-year-old red dwarf, for example, makes the star and the planet 2.5 times older than Earth (image below).The srtistic representation shows the potentially habitable world Kapteyn b with the globular cluster Omega Centauri in the background. It is believed that the Omega Centauri is the remaining core of a dwarf galaxy that merged with our own galaxy billions of years ago bringing Kapteyn's star along. (PHL @ UPR Arecibo, Aladin Sky Atlas).
The SETI Institute belives that planetary systems orbiting red dwarfs — dim, long-lived stars that are on average billions of years older than our sun — are worth investigating for signs of advanced extraterrestrial life. The star that's closest to our sun, Proxima Centauri, is a red dwarf. A variety of observing efforts, including Cornell's Pale Red Dot initiative, are looking for habitable planets around Proxima Centauri (shown above).
The two-year project involves picking from a list of about 70,000 red dwarfs and scanning 20,000 of the nearest ones, along with the cosmic bodies that circle them using the SETI Institute's Allen Telescope Array in the High Sierras of northern California, a group of 42 antennas that can observe three stars simultaneously.
“We'll scrutinize targeted systems over several frequency bands between 1 and 10 GHz,” said SETI scientist Gerry Harp. “Roughly half of those bands will be at so-called ‘magic frequencies' — places on the radio dial that are directly related to basic mathematical constants. It's reasonable to speculate that extraterrestrials trying to attract attention might generate signals at such special frequencies.”
For a long time, scientists ruled out searching around red dwarfs because habitable zones around the stars are small, and planets orbiting them would be so close that one side would be constantly facing the star, making one side of the planet very hot and the other quite cold and dark.
But more recently, scientists have learned that heat could be transported from the light side of the planet to the darker side, and that much of the surface could be amenable to life.
“In addition, exoplanet data have suggested that somewhere between one sixth and one half of red dwarf stars have planets in their habitable zones, a percentage comparable to, and possibly greater than, for Sun-like stars,” said the statement.
The brightest of Red Dwarfs are a tenth as luminous as the sun, and some are just 0.01 percent as bright, but account for three-quarters of all stars, with 6 percent or more of all red dwarfs having potentially habitable, Earth-sized planets.
The Daily Galaxy via SETI Institute, and AFP
Image credits: NASA/Chandra X-Ray Space Observatory
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Food is an important element of Basque life. In the Ostatua Kitchen tent at the Smithsonian's 2016 Folklife Festival, chefs from two Basque culinary schools (Escuela Superior de Hostelería de Artxanda and Escuela Superior de Hostelería de Gamarra) will showcase regional cooking and drinks with cooking demonstrations and workshops. In the baserria (the farmstead), cheesemakers will share the art of producing the Basque's unique cheese, and visitors will learn how people from a villager in Alava process salt from natural springs, using traditional methods to produce environmentally sustainable gourmet salt.
The post Basque Country & Cheese appeared first on Smithsonian Insider.
Traditional Basque dancers at the 2016 Smithsonian Folklife Festival on the National Mall in Washington, D.C. (Flickr photo by Victoria Pickering)
On a bright, hot summer morning on the National Mall in Washington, D.C. the air was filled with more than just humidity. From inside the Smithsonian's Arts & Industries Building floated melodic strains of music from the diverse cultures of California and the Basque country, which is in the Pyrenees on the border between France and Spain.
Martha Gonzalez is doing double-duty during the Folklife Festival, playing with the band Quetzal and with the FandangObon group. Today she danced on the tarima platform with her son jarocho group. You can find them each day at the Sounds of California Stage & Plaza. (Photo by Walter Larrimore, Ralph Rinzler Folklife Archives)
Musicians were performing to kick off the 2016 Smithsonian Folklife Festival, with themes this year covering “Basque: Innovation by Culture” and “Sounds of California.”
Speakers at the opening ceremony alluded to ideas of inclusion, acceptance, and understanding. They often reminded the audience that we are all human, and much is shared among us despite superficial differences.
Salar Nader is a master of the tablas. He, along with rubâb player Homayoun Sakhi, performed in the opening ceremony and again in the afternoon at the Sounds of California Stage & Plaza. (Photo by Ronald Villasante, Ralph Rinzler Folklife Archives)
Michael Mason, Director of Smithsonian's Center for Folklife and Cultural Heritage, opened the ceremony by paraphrasing a quote from American poet and activist Muriel Rukeyser. “The world is not made of atoms, but of stories,” Mason said. He encouraged the crowd to listen to the stories being told at the festival, and to be brave enough to share their own.
Demonstration of a rural Basque sportthe object is to cut 6 slices of no more than 3 centimeters thick, as fast as possible. At the 2016 Smithsonian Folklife Festival on the National Mall. (Flickr photo by Victoria Pickering)
Smithsonian Secretary David Skorton began his remarks, “When we open up the newspapers every day, don't we need to see more things like the Folklife Festival?” The audience responded with cheers and applause. “Every day of this festival is magic, and we need this magic right now,” he said.
Richard Kurin, Smithsonian acting provost and undersecretary for museums and research, also stressed the ideas of knowledge, respect, and diversity. He decried ignorance and echoed President Barack Obama's remarks on immigration reform when he said, “We've all come from somewhere.”
U.S. Representative John Garamendi (D-Calif.) talked about his grandparents immigrating to the U.S. from the Basque country. “That's the story of America,” he said.
Irati Anda and Xabier Paya are bertsolariak, Basque poets who improvise songs on given topics. In today's “Berto Workshop,” they sang about arriving in Washington, their favorite sports, and Xabi's amuma (grandmother). (Photo by Maureen Spagnolo, Ralph Rinzler Folklife Archives)
The Folklife Festival, located on the National Mall between 4th and 7th Streets, is filled with concerts, music performances, craftsmen, language workshops, and cuisine. The Arts & Industries Building is host to the Folklife Festival Marketplace, where visitors can buy artisan products, books and clothing, and get a break from the heat.
FandangObon got the audience circling around the Sounds of California Stage & Plaza with a mix of Japanese and Mexican dance traditions. Want to join in? You have no choice! Just dance! (Photo by Francisco Guerra, Ralph Rinzler Folklife Archives)
The 2016 Smithsonian Folklife Festival runs this year from June 29-July 4 and July 7-10. Admission is free. Festival hours are from 11 a.m. to 5 p.m. each day, with special evening events beginning at 6:30 p.m. For more information: http://www.festival.si.edu.
he day evening with an evening concert by Basque accordion virtuoso Kepa Junkera. Dancers from Aukeran and visitors joined in kalejira, the Basque festival tradition of “going around singing and dancing.” Photo by Josh Weilepp, Ralph Rinzler Folklife Archives
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