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Danish poster for THE HEIRESS (William Wyler, USA, 1949)
Artist: BS
Poster source: MTime
Happy 100th Birthday (and a day) Olivia de Havilland
the exhibition brings together literature, architecture, philosophy and sound.
The post pedro reyes presents ‘savage sunday' at la tallera gallery in cuernavaca appeared first on designboom | architecture & design magazine.
PatrickJamesB posted a photo:
On June 2, the government held a press meeting to announce that the cause behind the deaths had been identified, but it was being challenged by experts in order to ensure it was based on scientific, legal, and objective grounds before a final conclusion was confirmed.
What, for journalists, was largely apolitical investigative work now has a stronger political background thanks to a growing number of young activists and a more general unease over both pollution and food security in the population.
This social media aspect of journalism can have the effect of distortion: untruths can be propagated in a blogosphere unrestricted by editorial standards. Even so, the reporting feels more honest than the official line printed in the papers.
As food safety becomes a strong preoccupation, the environmental movement is going to pick up steam. And the freedom to report on it might be waning -- for now at least.
-- This feed and its contents are the property of The Huffington Post, and use is subject to our terms. It may be used for personal consumption, but may not be distributed on a website.
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London timelapse sunrise
Chris Hopkins Images posted a photo:
Canary Wharf & O2 from Pontoon Dock DLR
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Jeongwang-dong is an industrial sector in the city of Ansan, South Korea. The Korean government intensively drove a plan to develop the modern city, particularly in this area, with an emphasis on manufacturing. The striking blue color that you see here results from the use of aluminum roofing, which is used for its low cost and longevity. /// Source imagery: @digitalglobe (at Ansan South Korea)
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Beautiful rainbow last night out our back window.
View the entire London Set
View my - Most Interesting according to Flickr
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Emirates Cable Car
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Westminster
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Sky Garden
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Greenwich Pier
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Heron Quays
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Hay's Galleria, late evening, from the warf walk.
OMD EM5Mll; Oly 12-40 f2.8 Pro; 1/8 @ f8; 16mm; ISO 800
Like many artists, Lily Nishita has been drawing for as long as she can remember. “The story my family told me is that I could hold a pencil before I could really talk,” she says. A steady diet of cartoons and animated movies led her to think about working in animation, but eventually she shifted gears and went on to study graphic design at school. “In retrospect I'd probably be really terrible doing anything else,” she says.
Nishita went on to freelance for several years, and more recently she's been working at Naughty Dog — the studio behind games like The Last of Us and Uncharted — helping steer the company's visual design. That includes everything from slight tweaks to the studio's logo to creating adorable digital stickers for...
Entomologist Sara Lewis talks about Photuris, a species of firefly that lures males of other species in and eats them.
The National Highway Traffic Safety Administration is investigating a fatal crash involving a Tesla car using the "autopilot" feature. NPR's Robert Siegel talks to Alex Davies of Wired about the crash and what it means for self-driving car technology.
Virtually all major car and tech companies are pursuing self-driving technology as the future of transportation. But Tesla and Google are the earliest innovators, taking very different approaches.
The fatal crash of a Model S that was in autopilot when it collided with a truck in Florida is prompting a preliminary evaluation of the feature by the National Highway Transportation Safety Board.
ShutterJack posted a photo:
Took this with my iPhone as I couldn't get a low enough angle with my D800. Just love the beauty of mushrooms!
WHO WE ARE
EDITORS: Nathan Gardels, Co-Founder and Executive Advisor to the Berggruen Institute, is the Editor-in-Chief of The WorldPost. Kathleen Miles is the Executive Editor of The WorldPost. Farah Mohamed is the Managing Editor of The WorldPost. Alex Gardels and Peter Mellgard are the Associate Editors of The WorldPost. Suzanne Gaber is the Editorial Assistant of The WorldPost. Katie Nelson is the National Editor at the Huffington Post, overseeing The WorldPost and HuffPost's editorial coverage. Charlotte Alfred and Nick Robins-Early are World Reporters. Rowaida Abdelaziz is Social Media Editor.
CORRESPONDENTS: Sophia Jones in Istanbul
EDITORIAL BOARD: Nicolas Berggruen, Nathan Gardels, Arianna Huffington, Eric Schmidt (Google Inc.), Pierre Omidyar (First Look Media) Juan Luis Cebrian (El Pais/PRISA), Walter Isaacson (Aspen Institute/TIME-CNN), John Elkann (Corriere della Sera, La Stampa), Wadah Khanfar (Al Jazeera), Dileep Padgaonkar (Times of India) and Yoichi Funabashi (Asahi Shimbun).
VICE PRESIDENT OF OPERATIONS: Dawn Nakagawa.
CONTRIBUTING EDITORS: Moises Naim (former editor of Foreign Policy), Nayan Chanda (Yale/Global; Far Eastern Economic Review) and Katherine Keating (One-On-One). Sergio Munoz Bata and Parag Khanna are Contributing Editors-At-Large.
The Asia Society and its ChinaFile, edited by Orville Schell, is our primary partner on Asia coverage. Eric X. Li and the Chunqiu Institute/Fudan University in Shanghai and Guancha.cn also provide first person voices from China. We also draw on the content of China Digital Times. Seung-yoon Lee is The WorldPost link in South Korea.
Jared Cohen of Google Ideas provides regular commentary from young thinkers, leaders and activists around the globe. Bruce Mau provides regular columns from MassiveChangeNetwork.com on the "whole mind" way of thinking. Patrick Soon-Shiong is Contributing Editor for Health and Medicine.
ADVISORY COUNCIL: Members of the Berggruen Institute's 21st Century Council and Council for the Future of Europe serve as the Advisory Council -- as well as regular contributors -- to the site. These include, Jacques Attali, Shaukat Aziz, Gordon Brown, Fernando Henrique Cardoso, Juan Luis Cebrian, Jack Dorsey, Mohamed El-Erian, Francis Fukuyama, Felipe Gonzalez, John Gray, Reid Hoffman, Fred Hu, Mo Ibrahim, Alexei Kudrin, Pascal Lamy, Kishore Mahbubani, Alain Minc, Dambisa Moyo, Laura Tyson, Elon Musk, Pierre Omidyar, Raghuram Rajan, Nouriel Roubini, Nicolas Sarkozy, Eric Schmidt, Gerhard Schroeder, Peter Schwartz, Amartya Sen, Jeff Skoll, Michael Spence, Joe Stiglitz, Larry Summers, Wu Jianmin, George Yeo, Fareed Zakaria, Ernesto Zedillo, Ahmed Zewail, and Zheng Bijian.
From the Europe group, these include: Marek Belka, Tony Blair, Jacques Delors, Niall Ferguson, Anthony Giddens, Otmar Issing, Mario Monti, Robert Mundell, Peter Sutherland and Guy Verhofstadt.
-- This feed and its contents are the property of The Huffington Post, and use is subject to our terms. It may be used for personal consumption, but may not be distributed on a website.
-- This feed and its contents are the property of The Huffington Post, and use is subject to our terms. It may be used for personal consumption, but may not be distributed on a website.
- Because of exponential growth since World War II, we now live in a full world, but we still behave as if it were empty.
- That richer (more net wealth) is better than poorer is a truism. The relevant question, though, is, does growth still make us richer, or has it begun to make us poorer by increasing "illth" faster than wealth?
- Examples of "illth" are everywhere, even if they are still unmeasured in national accounts. They include things like nuclear wastes, climate change from excess carbon in the atmosphere, biodiversity loss, depleted mines, deforestation, eroded topsoil, dry wells and rivers, sea level rise, the dead zone in the Gulf of Mexico, gyres of plastic trash in the oceans, and the ozone hole.
- Their refusal to acknowledge [ecological limits] is why many economists cannot conceive of the possibility that growth in GDP could ever be uneconomic.
- The economy should not be used as an idiot machine dedicated to maximizing waste.
- Our vision and policies should be based on the integrated view of the economy as a subsystem of the finite and non-growing ecosphere.
- And, quoting John Ruskin, "There is no wealth but life."
-- This feed and its contents are the property of The Huffington Post, and use is subject to our terms. It may be used for personal consumption, but may not be distributed on a website.
-- This feed and its contents are the property of The Huffington Post, and use is subject to our terms. It may be used for personal consumption, but may not be distributed on a website.
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From June 28 through 30, 2016, the OPTIMUS PRIME Spinoff Promotion and Research Challenge (OPSPARC) gave the contest's winning students the opportunity to explore NASA's Goddard Space Flight Center in Greenbelt, Maryland.
Three teams of students from elementary, middle and high school won the contest by creating the most popular ideas to use NASA technology in new and innovative ways. The students used an online platform called Glogster to make posters about their ideas, and the general public voted for their favorites.
Sophia Sheehan won the elementary school prize for her invention of the “blow coat,” which would be powered by solar panels and blow warm air into winter coats, helping people in her hometown of Chicago stay warm in the winter. Heidi Long, Aubrey Nesti, Katherine Valbuena and Jasmine Wu won in the middle school category for their idea called Tent-cordion, which would use spacesuit and satellite insulation materials in a foldable tent to house refugees and the homeless. Finally, Jake Laddis, Alex Li, Isaac Wecht and Isabel Wecht won in the high school category for their idea to use James Webb Space Telescope sunshield technology to shield houses from summer heat and reduce the need for air conditioning around the world. The high school winners also had the opportunity to compete in the NASA InWorld challenge, sponsored by the James Webb Space Telescope project, and continued developing their idea in a virtual world and gaming environment.
During their three-day workshop at Goddard, the students toured the center, met with scientists and engineers, took a look at the James Webb Space Telescope in Goddard's clean room, and even made their own videos in Goddard's TV studio. One of the students talked about how the experience inspired her. Read more: go.nasa.gov/298fGdQ
Alternative one sheet design for BOY AND THE WORLD (Alê Abreu, Brazil, 2013)
Design: Paul Jeffrey/Passage
Poster source: Paul Jeffrey
US one sheet for THE CHILDHOOD OF A LEADER (Brady Corbet, UK/France, 2015)
Designer: Brandon Schaefer
Poster source: SeekandSpeak
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^^this person :)
the unique motives generated are constantly repeated in an addictive, disturbing and poetic way at the same time.
The post david moreno's sculptures create with steel rods drawings in space appeared first on designboom | architecture & design magazine.
Astronomers have spotted glowing droplets of condensed water in the distant Spiderweb Galaxy but not where they expected to find them. Detections with the Atacama Large Millimeter/submillimeter Array (ALMA) show that the water is located far out in the galaxy and therefore cannot be associated with central, dusty, star-forming regions, as previously thought.
“Observations of light emitted by water and by dust often go hand-in-hand. We usually interpret them as an insight into star-forming regions, with the illumination from young stars warming dust particles and water molecules until they start to glow. Now, thanks to the power of ALMA, we can -- for the first time -- separate out the emissions from the dust and water populations, and pinpoint their exact origins in the galaxy. The results are quite unexpected in that we've found that the water is located nowhere near the dusty stellar nurseries,” explained Bitten Gullberg, of the Centre for Extragalactic Astronomy, Durham University, UK.
The Spiderweb Galaxy above as seen by the Hubble Space Telescope (optical) in red, the Very Large Array (radio) in green and the Atacama Large Millimeter/submillimeter Array (sub-millimetre) in blue. The red colour shows where the stars are located within this system of galaxies. The radio jet is shown in green, and the position of the dust and water are seen in blue. The water is located to the left and right of the central galaxy. The water to the right is at the position where the radio jet bends down wards. The dust is also seen in blue. The dust is located at the central galaxy and in smaller companion galaxies in its surroundings. Credit: NASA/ESA/HST/STScI/NRAO/ESO
The Spiderweb Galaxy is one of the most massive galaxies known. It lies 10 billion light-years away and is made up of dozens of star-forming galaxies in the process of merging together. The ALMA observations show that the light from the dust originates in the Spiderweb Galaxy itself. However, the light from the water is concentrated in two regions far to the east and west of the galaxy core.
Gullberg and her colleagues believe that the explanation lies with powerful jets of radio waves that are ejected from a supermassive black hole at the centre of the Spiderweb Galaxy. The radio jets compress clouds of gas along their path and heat up water molecules contained within the clouds until they emit radiation.
“Our results show how important it is to pinpoint the exact locations and origins for light in galaxies. We may also have new clues to the processes that trigger star formation in interstellar clouds,” said Gullberg. “Stars are born out of cold, dense molecular gas. The regions in the Spiderweb where we've detected water are currently too hot for stars to form. But the interaction with the radio jets changes the composition of the gas clouds. When the molecules have cooled down again, it will be possible for the seeds of new stars to form. These “dew drop” regions could become the next stellar nurseries in this massive, complex galaxy.”
The Daily Galaxy via RAS
In three days, July 4th, the spacecraft Juno will arrive at Jupiter, the culmination of a five-year, billion-dollar journey. It's mission: to peer deep inside the gas giant and unravel its origin and evolution. One of the biggest mysteries surrounding Jupiter is how it generates its powerful magnetic field, the strongest in the solar system.
One theory is that about halfway to Jupiter's core, the pressures and temperatures become so intense that the hydrogen that makes up 90 percent of the planet -- molecular gas on Earth -- looses hold of its electrons and begins behaving like a liquid metal. Oceans of liquid metallic hydrogen surrounding Jupiter's core would explain its powerful magnetic field.
But how and when does this transition from gas to liquid metal occur? How does it behave? Researchers hope that Juno will shed some light on this exotic state of hydrogen -- but one doesn't need to travel all the way to Jupiter to study it.
Four hundred million miles away, in a small, windowless room in the basement of Lyman Laboratory on Oxford Street in Cambridge, Massachusetts, there was, for a fraction of a fraction of a second, a small piece of Jupiter.
Earlier this year, in an experiment about five-feet long, Harvard University researchers say they observed evidence of the abrupt transition of hydrogen from liquid insulator to liquid metal. It is one of the first times such a transition has ever been observed in any experiment.
"This is planetary science on the bench," said Mohamed Zaghoo, the NASA Earth & Space Science Fellow at the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS). "The question of how hydrogen transitions into a metallic state -- whether that is an abrupt transition or not -- has huge implications for planetary science. How hydrogen transitions inside Jupiter, for example, says a lot about the evolution, the temperature and the structure of these gas giants interiors."
In the experiment, Zaghoo, Ashkan Salamat, and senior author Isaac Silvera, the Thomas D. Cabot Professor of the Natural Sciences, recreated the extreme pressures and temperatures of Jupiter by squeezing a sample of hydrogen between two diamond tips, about 100 microns wide, and firing short bursts of lasers of increasing intensity to raise the temperature.
This experimental setup is significantly smaller and cheaper than other current techniques to generate metallic hydrogen, most of which rely on huge guns or lasers that generate shock waves to heat and pressurize hydrogen.
The transition of the liquid to metallic hydrogen happens too quickly for human eyes to observe and the sample lasts only a fraction of a second before it deteriorates. So, instead of watching the sample itself for evidence of the transition, the team watched lasers pointed at the sample. When the phase transition occurred, the lasers abruptly reflected.
"At some point, the hydrogen abruptly transitioned from an insulating, transparent state, like glass, to a shiny metallic state that reflected light, like copper, gold or any other metal," Zaghoo said. "Because this experiment, unlike shock wave experiments, isn't destructive, we could run the experiment continuously, doing measurements and monitoring for weeks and months to learn about the transition."
"This is the simplest and most fundamental atomic system, yet modern theory has large variances in predictions for the transition pressure," Silvera said. "Our observation serves as a crucial guide to modern theory."
The results represent a culmination of decades of research by the Silvera group. The data collected could begin to answer some of the fundamental questions about the origins of solar systems.
Metallic hydrogen also has important ramifications here on Earth, especially in energy and materials science. "A lot of people are talking about the hydrogen economy because hydrogen is combustibly clean and it's very abundant," said Zaghoo. "If you can compress hydrogen into high density, it has a lot of energy compacted into it."
"As a rocket fuel, metallic hydrogen would revolutionize rocketry as propellant an order of magnitude more powerful than any known chemical," said Silvera. "This could cut down the time it takes to get to Mars from nine months to about two months, transforming prospects of human space endeavors."
Metallic hydrogen could be used to make room temperature or even higher than room temperature super-conductors. The Juno mission goes hand-in-hand with laboratory experiments into metallic hydrogen, Zaghoo said."The measurements of Jupiter's magnetic field that Juno will be collecting is directly related to our data," he said. "We're not in competition with NASA but, in some ways, we got to Jupiter first."
In the Gemini Observatory image at the top of the page, white indicates cloud features at relatively high altitudes; blue indicates lower cloud structures; and red represents still deeper cloud features. The two red spots appear more white than red, because their tops hover high above the surrounding clouds. Also prominent is the polar stratospheric haze, which makes Jupiter bright near the pole. Other tiny white spots are regions of high clouds, like towering thunderheads. In visible light Jupiter looks orangish, but in the near-infrared the blue color is due to strong absorption features. The blue mid-level clouds are also closest to what one would see in a visual light image.
The Daily Galaxy via Harvard University
"Both the planet we live on and the star we orbit are made up of 'normal' matter," said Tanmay Vachaspati a theoretical physicist at Arizona State University working at the intersections of particle physics, astrophysics, general relativity, and cosmology. "Although it features in many science fiction stories, antimatter seems to be incredibly rare in nature. With this new result, we have one of the first hints that we might be able to solve this mystery."
In 2001 Vachaspati published theoretical models to try to solve this puzzle, which predict that the entire universe is filled with helical (screw-like) magnetic fields. He and his team were inspired to search for evidence of these fields in data from the NASA Fermi Gamma ray Space Telescope (FGST). Vachaspati has written extensively on cosmic strings, magnetic monopoles, black holes, and cosmological magnetic fields, and has authored the monograph "Kinks and Domain Walls: an introduction to classical and quantum solitons". He was a Rosenbaum Fellow at the Isaac Newton Institute in Cambridge, a Member of the Institute for Advanced Study, Princeton, and is a Fellow of the American Physical Society.
In 2015, a group of scientists, led by Vachaspati, with collaborators at the University of Washington and Nagoya University, announce their result in Monthly Notices of the Royal Astronomical Society.
FGST, launched in 2008, observes gamma rays (electromagnetic radiation with a shorter wavelength than X-rays) from very distant sources, such as the supermassive black holes found in many large galaxies. The gamma rays are sensitive to effect of the magnetic field they travel through on their long journey to the Earth. If the field is helical, it will imprint a spiral pattern on the distribution of gamma rays.
Vachaspati and his team see exactly this effect in the FGST data, allowing them to not only detect the magnetic field but also to measure its properties. The data shows not only a helical field, but also that there is an excess of left-handedness - a fundamental discovery that for the first time suggests the precise mechanism that led to the absence of antimatter.
For example, mechanisms that occur nanoseconds after the Big Bang, when the Higgs field gave masses to all known particles, predict left-handed fields, while mechanisms based on interactions that occur even earlier predict right-handed fields.
This discovery has wide ramifications, as a cosmological magnetic field could play an important role in the formation of the first stars and could seed the stronger field seen in galaxies and clusters of galaxies in the present day.
The image at the top of the page shows colliding matter and antimatter. Credit: NASA/CXC/M. Weiss
The Daily Galaxy via RAS
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europeanspaceagency posted a photo:
Sentinel-2A captured this image of Mount St Helens in the US state of Washington on 8 February.
The active volcano is known for its 18 May 1980 eruption. The event claimed some 57 lives and damaged homes and infrastructure. The eruption was caused by an earthquake that lead to a massive landslide of the volcano's north face, exposing it to lower pressures. The volcano then exploded, depositing widespread ash and melting the mountain's snow, ice and glaciers that formed a number of volcanic mudslides or lahars.
Some of these lahars are still visible, particularly in the upper left in pink.
In this false-colour image, snow cover appears light blue while pink represents areas with little to no vegetation. In the lower-central part of the image, we can see how snow cover ends in the rectangular areas as the elevation drops closer to the river.
The rectangular areas show land division, possibly for timber extraction, with the blue and red areas revealing where the trees have been cleared.
Sentinel-2 can be used to manage natural resources, to check rates of deforestation, reforestation and areas affected by wildfire. Information from Sentinel-2 can help governing bodies and commercial enterprises make informed decisions about how best to manage, protect and sustain our important forest resources.
This image is also featured on the Earth from Space video programme .
Credit: Contains modified Copernicus Sentinel data (2016), processed by ESA
Pic Gameplay streaming site Twitch.tv says it will be launching a dedicated channel for live videos of people eating.…