Waterford_Man posted a photo:
From Greenwich
Thanks for all the views, Please check out my other photos and albums.
Waterford_Man posted a photo:
From Greenwich
Thanks for all the views, Please check out my other photos and albums.
MBartlettphotography posted a photo:
sunrise along the Thames
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Sunset by the Thames
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Sunset by the Thames
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Admiring the View
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Hanging Around by the Thames
I am not sure how badly North Dakota wants this pipeline. If there is to be a battle over the pipeline, it will be here. For a people with nothing else but a land and a river, I would not bet against them. The great Lakota leader Mathew King once said, " the only thing sadder than an Indian who is not free, is an Indian who does not remember what it is to be free."
The Crow Creek Indian Reservation was established by executive order following what was known as the Minnesota Uprising, as a prison camp for the exiled Isanti Dakota and Winnebago people. These were the survivors, mostly women and children, of the largest known public execution in American History, "The Hanging of 38 Dakota Men at Mankato Minnesota." From 1863 to 1866 approximately 300 died at Fort Thompson suffering from starvation, sickness, disease, exposure, hardship, and heartache.
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marco18678 posted a photo:
For more info and stories behind my pictures follow me on facebook .... www.facebook.com/mbontenbal
calumccampbell posted a photo:
Brightened up and so on, hopefully a bit punchier, perhaps it's overdone now...
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Mark Burns spent five years visiting all 59 of the United States' national parks. Captured in stirring black and white images, his landscape photography project was completed just in time for the National Park Service's centennial celebration. “It's a time to reflect on the rich history of our national parks,” Burns said of his 160,000-mile journey, “but it's also a time to plan wisely for the next 100 years.” Glacier Bay's wild coastline, Death Valley's parched terrain, and Yellowstone's surging geysers are all pictured in searing detail. One image from each park is currently being exhibited at the Houston Museum of Natural Science until September 5th. A selection can be found below.
-- 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.
Kieran Williams Photography posted a photo:
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View the entire - Shapes and Forms Set.
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View my - Most Interesting according to Flickr
primulmeusarut posted a photo:
St. Paul's Cathedral seen from One New Change rooftop terrace.
Samy.Jourdan posted a photo:
east london walk with the beautiful Marjorie
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The sun sets behind Big Ben/Elizabeth Tower, casting a warm glow on the sky.
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Read more: Change, Compassion, Environment, Education, Generosity, Girls, Global Impact, Health Education, Hope, Kenya, Library, Life Skills, Literacy, Philanthropy, Schools, The Pollination Project, Training, Transformation, Trees, Workshops, Youth, Impact News
Prairie yellowjacket (Vespula atropilosa) collected in Waterton Lakes National Park, Alberta, Canada, and photographed at the Centre for Biodiversity Genomics (sample ID: BIOUG08963-C07; specimen record: http://www.boldsystems.org/index.php/Public_RecordView?processid=SSWLE7675-13; BIN: http://www.boldsystems.org/index.php/Public_BarcodeCluster?clusteruri=BOLD:AAG8043)
When i started i didnt relly expect i'd last this long; this was just a bit of a crazy idea, just so I'd start to do something, i honestly wasn't really expecting to go for more than one maybe 2 months but you guys started to like my work, and that keept me going. And for that i must say, Thank you.
So, When i started this a year seemd like a crazy amount of time to do, but now that i'm here… I don't think i'm done yet. There are still things i want to try, and goals I haven't reached. And I wanna keep going, so I'm gonna :)
I've opened up a store with some prints made from the gifs's i've made. These are soome that I thought worked well as still images, I want to give you guys the oportunity to acctualy have some of these gifs, as actual objects.
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As we eagerly slip on our headphones to listen to De La Soul's Kickstarter-funded And the Anonymous Nobody, out today, we're revisiting…
French grande for LOST BOUNDARIES (Alfred L. Werker, USA, 1949)
Artist: René Lefebvre
Poster source: Dominique Besson via EBay
“This story is a true account of the lives of Scott and Marsha Carter. Having graduated from medical school, Scott Carter, a fair-skinned African American, marries Marsha Mitchell and moves to Georgia. When he arrives at the black clinic in Georgia, he discovers that the job must inconveniently go to a Southerner. Discussions between two nurses at this clinic suggest that Scott's light skin may have some bearing on the decision not to hire him. Defeated but not conquered, Scott returns to Massachusetts to live with his in-laws until he can get employment. He tries unsuccessfully to obtain employment as an African American. Because Marsha is pregnant, Scott decides to take a job at Portsmouth Hospital, but he reluctantly does so as a white man. While there, he manages to save the life of Dr. Bracket, who encourages him to take a postion in Keenham, New Hampshire. Scott decides to continue “passing” for white. In Keenham, Dr. Scott Carter proves to be quite a success for the town. For twenty years, Dr. and Mrs. Carter live peacefully in Keenham with son, Howard and daughter, Shelley. All goes well until Scott and Howard decide to enter the military during World War II. When Scott applies for officer status with the Navy, an investigation reveals his black heritage, and he is barred from receiving a commission.” Broncine G. Carter, IMDb
Like a massive, dormant volcano, the Milky Way's central black hole appears to be a sleeping monster. Black holes are regions of spacetime where gravity is so strong that “what goes into them does not come out,” says Avery Broderick, a faculty member at the Perimeter Institute. As the name implies, black holes are intrinsically dark, with no light or matter able to escape once they have passed the threshold of no return known as the event horizon. But as black holes feast on the surrounding gas and stars, their accretion disks can shine and produce extraordinary energy. They can even outshine their host galaxies.
Compared to some black holes, Sagittarius A* is much more anemic and fails to outshine a single bright star despite its comparatively enormous mass. But the data from the Event Horizon Telescope has opened a window on the inner workings of how material spirals towards black holes, finally disappearing across their event horizons, and growing into what Broderick calls “monsters lurking in the night.”
In December of 2015, the international Event Horizon Telescope research team measured for the first time the magnetic fields that contribute to black hole growth. The ETH, a linked array of millimeter-wavelength telescopes that spans the globe and is set to take the highest-resolution images in the history of astronomy. When trained on the black hole at the center of our galaxy, Sagittarius A*, it can see the structural details in the accretion flow that surrounds the black hole horizon.
For the first time, astronomers have detected evidence of black-hole-scale magnetic fields near the black hole at the center of our galaxy. Were these magnetic fields not there, “a lot of theoretical astrophysics would have to go back to the drawing board,” says Broderick, jointly appointed at the University of Waterloo. The discovery, published in the journal Science, moves the understanding of how black holes grow from the realm of theoretical speculation to the territory of empirical fact, Broderick says.
Broderick was part of a collaboration that discovered high levels of polarization in the radio emission from Sagittarius A*, the bright radio source believed to be the astronomical manifestation of the 4.5-million-solar-mass black hole.
The current observations are from only three of the sites in the global EHT array, comparable to having just a handful of pixels of the larger picture that will eventually be produced. Nevertheless, these few pixels are already writing the preface to the coming revolution in our understanding of black holes. Researchers are able to begin the process of putting our best current ideas of what is happening near the black hole to the test.
It will also shed light on the reverse process, whereby some black holes are capable of launching outflows of energy and material at nearly the speed of light, extending the black hole's impact to intergalactic scales. Decades of theoretical work, including enormous computer simulations, painted a picture of how strong magnetic fields near the black hole horizon contribute to the processes that enable a black hole to grow. But now, with the data from the EHT, scientists can begin to see how these processes work in practice.
The radio emission in Sagittarius A* is generated by high-energy electrons zipping around magnetic field lines. This produces highly polarized emission on microscopic scales, tied to the local orientation of the magnetic field, so the polarization traces the structure of the magnetic fields. Detecting high polarization on the size of the black hole horizon at Sagittarius A* does two things. First, it verifies that magnetic fields are there and that they must be ordered. Second, it provides a measurement of the typical size of these magnetic structures.
There is much more to come. Taking images of the accretion disk around Sagittarius A*, which has an event horizon that is smaller than the orbit of Mercury, is a feat akin to trying to image a grapefruit on the moon. But the EHT array should be able to accomplish that. “There are now enough telescopes in the array, in principle, to make images in the next couple of years,” Broderick adds.
Those images will enable astrophysicists to transform our understanding of how black holes grow, how they interact with their surroundings, and even the nature of gravity. By studying the details of the cosmic “traffic jam” caused by gas as it rushes headlong towards the black hole, researchers will be able to check if Albert Einstein's theory of general relativity, one of the pillars of modern physics, holds up in the extreme gravity conditions around black holes.
The Chandra Observatory image above provides a panoramic X-ray view extending 400 light years by 900 light years shows that, even at this distance from the center of the Galaxy, conditions are getting crowded, and the energy level is increasing dramatically. Supernova remnants (SNR 0.9-0.1, probably the X-ray Thread, and Sagittarius A East), bright binary X-ray sources containing a black hole or a neutron star (the 1E sources), and hundreds of unnamed point-like sources due to neutron stars or white dwarfs light up the region. The massive stars in the Arches and other star clusters (the DB sources) will soon explode to produce more supernovas, neutron stars, and black holes.
Infrared and radio telescopes have also revealed giant star-forming molecular clouds (Sagittarius A, B1, B2 and C, and the cold gas cloud near the Radio Arc), the edges of which are glowing with X-rays because of heating from nearby supernovas.
'If, however, Sagittarius A* was more active in the past,' Christopher van Eldik explains, 'then it could indeed be responsible for the bulk of today's galactic cosmic rays that are observed on earth.' If true, this would dramatically influence the century-old debate on the origins of galactic cosmic rays, as the theory that their components are primarily accelerated to PeV energies by remnants of supernovae - shock waves that occur after the explosion of massive stars - would have to be revised to take this into account.
"We have wondered why the Milky Way's black hole appears to be a slumbering giant," observed Tatsuya Inui of Kyoto University in Japan. "But now we realize that the black hole was far more active in the past. Perhaps it's just resting after a major outburst." Tatsuya Inui is part of a team that used results from Japan's Suzaku and ASCA X-ray satellites, NASA's Chandra X-ray Observatory, and the European Space Agency's XMM-Newton X-ray Observatory, to determine the history of our black hole.
It turns out that, approximately 300 years ago, Sagittarius A* let loose, expelling a massive energy flare. Data taken from 1994 to 2005 revealed that clouds of gas near the central black hole, known as Sagittarius B2, brightened and faded quickly in X-ray light. The X-rays were emanating from just outside the black hole, created by the buildup of matter piling up outside the black hole, which subsequently heats up and expels X-rays.
These pulses of X-ray take 300 years to traverse the distance between Sagittarius A* and Sagittarius B2, so that when we witness something happening in the cloud, it is responding to something that happened 300 years ago. Amazingly for us, in a rare occurrence of perfect cosmic timing, a region in Sagittarius B2, only 10 light-years across varied dramatically in brightness. "By observing how this cloud lit up and faded over 10 years, we could trace back the black hole's activity 300 years ago," says team member Katsuji Koyama of Kyoto University.
The Weekend Feature
The Daily Galaxy via Perimeter Institute for Theoretical Physics
NASA's Hubble researchers say that future Earths are more likely to appear inside giant galaxy clusters (such as the massive cluster galaxy-cluster-macs-j0717 above) and also in dwarf galaxies, which have yet to use up all their gas for building stars and accompanying planetary systems. By contrast, our Milky Way galaxy has used up much more of the gas available for future star formation.
Earth came early to the party in the evolving universe. According to the new theoretical study, when our solar system was born 4.6 billion years ago only eight percent of the potentially habitable planets that will ever form in the universe existed. And, the party won't be over when the sun burns out in another 6 billion years. The bulk of those planets -- 92 percent -- have yet to be born. This conclusion is based on an assessment of data collected by NASA's Hubble Space Telescope and the prolific planet-hunting Kepler space observatory.
A big advantage to our civilization arising early in the evolution of the universe is our being able to use powerful telescopes like Hubble to trace our lineage from the big bang through the early evolution of galaxies. The observational evidence for the big bang and cosmic evolution, encoded in light and other electromagnetic radiation, will be all but erased away 1 trillion years from now due to the runaway expansion of space. Any far-future civilizations that might arise will be largely clueless as to how or if the universe began and evolved.
"Our main motivation was understanding the Earth's place in the context of the rest of the universe," said study author Peter Behroozi of the Space Telescope Science Institute (STScI) in Baltimore, Maryland, "Compared to all the planets that will ever form in the universe, the Earth is actually quite early."
Looking far away and far back in time, Hubble has given astronomers a "family album" of galaxy observations that chronicle the universe's star formation history as galaxies grew. The data show that the universe was making stars at a fast rate 10 billion years ago, but the fraction of the universe's hydrogen and helium gas that was involved was very low. Today, star birth is happening at a much slower rate than long ago, but there is so much leftover gas available that the universe will keep cooking up stars and planets for a very long time to come.
"There is enough remaining material [after the big bang] to produce even more planets in the future, in the Milky Way and beyond," added co-investigator Molly Peeples of STScI.
Kepler's planet survey indicates that Earth-sized planets in a star's habitable zone, the perfect distance that could allow water to pool on the surface, are ubiquitous in our galaxy. Based on the survey, scientists predict that there should be 1 billion Earth-sized worlds in the Milky Way galaxy at present, a good portion of them presumed to be rocky. That estimate skyrockets when you include the other 100 billion galaxies in the observable universe.
This leaves plenty of opportunity for untold more Earth-sized planets in the habitable zone to arise in the future. The last star isn't expected to burn out until 100 trillion years from now. That's plenty of time for literally anything to happen on the planet landscape.
The results appeared in the Monthly Notices of the Royal Astronomical Society.
The Weekend Feature
The Daily Galaxy via NASA/Goddard Space Flight Center
Researchers at Bar Ilan University and the Interdisciplinary Center in Herzliya, both in Israel, have developed new technology that allows tiny bots to release drugs into the body controlled by human thought alone. The test involved a man using his thoughts to activate nano robots inside a cockroach.
The bots have been built using a DNA origami structure with hollow shell-like components, and they come with a “gate” that can be opened and shut with the help of iron oxide nanoparticles that act as a “lock” which can be prized open using electromagnetic energy.The Israeli team believe the bots could help in controlled release of drugs over time. Led by Dr Ido Bachelet of Bar Ilan University, scientists demonstrated how to control this process with human brainwaves. Using a computer algorithm, they trained the system to detect when a person's brain was under strain from doing mental arithmetic. The team then placed a fluorescent drug in the bots and injected them into various cockroaches that were placed inside an electromagnetic coil.
Wearing an EEG cap (which measures brain activity, the human subject was then tasked with solving mental arithmetic puzzles. By looking at when the fluorescent was released in the cockroaches, scientists were able to conclude their experiment had worked.
“As a proof of principle we demonstrate activation of DNA robots to cause a cellular effect inside the insect Blaberus discoidalis, by a cognitively straining task,” researchers wrote in the journal Public Library of Science One. “This technology enables the online switching of a bioactive molecule on and off in response to a subject's cognitive state.”
The researchers believe the technology could be used to treat disorders such as schizophrenia, depression and ADHD.
The Daily Galaxy via Bar Ilan University and The Interdisciplinary Centre
Image credit: auricmedia.net
NASA Goddard Photo and Video posted a photo:
This image, courtesy of the NASA/ESA Hubble Space Telescope's Advanced Camera for Surveys (ACS), captures the glow of distant stars within NGC 5264, a dwarf galaxy located just over 15 million light-years away in the constellation of Hydra (The Sea Serpent).
Dwarf galaxies like NGC 5264 typically possess around a billion stars — just 1 percent of the number of stars found within the Milky Way. They are usually found orbiting other larger galaxies such as our own, and are thought to form from the material left over from the messy formation of their larger cosmic relatives.
NGC 5264 clearly possesses an irregular shape — unlike the more common spiral or elliptical galaxies — with knots of blue star formation. Astronomers believe that this is due to the gravitational interactions between NGC 5264 and other galaxies nearby. These past flirtations sparked the formation of new generations of stars, which now glow in bright shades of blue.
Credit: ESA/Hubble & NASA
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NASA Goddard Space Flight Center enables NASA's mission through four scientific endeavors: Earth Science, Heliophysics, Solar System Exploration, and Astrophysics. Goddard plays a leading role in NASA's accomplishments by contributing compelling scientific knowledge to advance the Agency's mission.
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Sir Roger Penrose, a mathematical physicist at Oxford University, has asked "what right do we have to claim, as some might, that human beings are the only inhabitants of our planet blessed with an actual ability to be "aware"? It is hard to see how one could begin to develop a quantum-theoretical description of brain action when one might well have to regard the brain as "observing itself" all the time! Beneath all this technicality is the feeling that it is indeed "obvious" that the conscious mind cannot work like a computer, even though much of what is involved in mental activity might do so.
"What happens to each of our streams of consciousness after we die; where was it before we were born; might we become, or have been, someone else; why do we perceive at all; why are we here; why is there a universe here at all in which we can actually be? These are puzzles that tend to come with the awakenings of awareness in any one of us — and, no doubt, with the awakening of self-awareness, within whichever creature or other entity it first came."“I think consciousness will remain a mystery. I have a much easier time imagining how we understand the Big Bang than I have imagining how we can understand consciousness," said theoretical physicist Edward Wittten of the Institute for Advanced Study at Princeton, who has been compared to Einstein and Newton.
In recent years, human consciousness has emerged as one of the hottest new fields in biology, similar to string theory in physics or the search for extraterrestrial life in astronomy. No longer the purview of philosophers and mystics, consciousness is now attracting the attention of scientists from across a variety of different fields, each, it seems, with their own theories about what consciousness is and how it arises from the brain.
Penrose believes that if a "theory of everything" is ever developed in physics to explain all the known phenomena in the universe, it should at least partially account for consciousness. Penrose believes that quantum mechanics, the rules governing the physical world at the subatomic level, might play an important role in consciousness as shown in the video below.
Recently, Edward Witten, a theoretical physicist and professor of mathematical physics at the Institute for Advanced Study in Princeton, New Jersey, has joined philosopher Colin McGinn and Penrose who argue that ultimately, consciousness is unsolvable.
"I think consciousness will remain a mystery, says Witten. "Yes, that's what I tend to believe. I tend to think that the workings of the conscious brain will be elucidated to a large extent. Biologists and perhaps physicists will understand much better how the brain works. But why something that we call consciousness goes with those workings, I think that will remain mysterious. I have a much easier time imagining how we understand the Big Bang than I have imagining how we can understand consciousness."
In a recent video interview with journalist Wim Kayzer (below), Witten, says he is pessimistic about the prospects for a scientific explanation of consciousness.
Today's Most Popular
The Daily Galaxy via blogs.scientificamerican.com, Kavli Institute, nytimes.com
Image credit: With thanks to esawdilis.com
“Very soon after its discovery, we realized this galaxy had to be more than meets the eye. It has so few stars that it would quickly be ripped apart unless something was holding it together,” said Yale University astronomer Pieter van Dokkum.
Using the world's most powerful telescopes, an international team of astronomers has found a massive galaxy that consists almost entirely of dark matter. The galaxy, Dragonfly 44, is located in the nearby Coma constellation and had been overlooked until last year because of its unusual composition: It is a diffuse “blob” about the size of the Milky Way, but with far fewer stars.
Van Dokkum's team was able to get a good look at Dragonfly 44 thanks to the W.M. Keck Observatory and the Gemini North telescope (below), both in Hawaii. Astronomers used observations from Keck, taken over six nights, to measure the velocities of stars in the galaxy. They used the 8-meter Gemini North telescope to reveal a halo of spherical clusters of stars around the galaxy's core, similar to the halo that surrounds our Milky Way galaxy.
Star velocities are an indication of the galaxy's mass, the researchers noted. The faster the stars move, the more mass its galaxy will have.
“Amazingly, the stars move at velocities that are far greater than expected for such a dim galaxy. It means that Dragonfly 44 has a huge amount of unseen mass,” said co-author Roberto Abraham of the University of Toronto.
Scientists initially spotted Dragonfly 44 with the Dragonfly Telephoto Array, a telescope invented and built by van Dokkum and Abraham.
The image below shows the dark galaxy Dragonfly 44. The image on the left is from the Sloan Digital Sky Survey. Only a faint smudge is visible. The image on the right is a long exposure with the Gemini telescope, revealing a large, elongated object. Dragonfly 44 is very faint for its mass and consists almost entirely of dark matter. (Images by Pieter van Dokkum, Roberto Abraham, Gemini, Sloan Digital Sky Survey)
Dragonfly 44's mass is estimated to be 1 trillion times the mass of the Sun, or 2 tredecillion kilograms (a 2 followed by 42 zeros), which is similar to the mass of the Milky Way. However, only one-hundredth of 1% of that is in the form of stars and “normal” matter. The other 99.99% is in the form of dark matter — a hypothesized material that remains unseen but may make up more than 90% of the universe.
The researchers note that finding a galaxy composed mainly of dark matter is not new; ultra-faint dwarf galaxies have similar compositions. But those galaxies were roughly 10,000 times less massive than Dragonfly 44.
“We have no idea how galaxies like Dragonfly 44 could have formed,” said Abraham. “The Gemini data show that a relatively large fraction of the stars is in the form of very compact clusters, and that is probably an important clue. But at the moment we're just guessing.”
Van Dokkum, the Sol Goldman Family Professor of Astronomy and Physics at Yale, added: “Ultimately what we really want to learn is what dark matter is. The race is on to find massive dark galaxies that are even closer to us than Dragonfly 44, so we can look for feeble signals that may reveal a dark matter particle.”
The Daily Galaxy via Yale University
The announcement that scientists think they may have found a planet orbiting the star nearest to our sun is potentially big news even if it would take 70,000 years to get there
Related: Discovery of potentially Earth-like planet Proxima b raises hopes for life
What's all the excitement about?
Related: Luminous beauty of Jupiter's auroras revealed by Hubble telescope
Continue reading...Scientists expect unprecedented images of gas giant as $1.1bn probe makes first pass using full set of instruments and cameras
Nasa's Juno spacecraft will make its closest pass of Jupiter on Saturday when it soars over the swirling cloud tops of the solar system's largest planet at more than 125,000 miles per hour.
The close encounter will be the first time the $1.1bn (£840m) probe has its full suite of cameras and scientific instruments switched on and turned towards the planet as it flies overhead at an altitude of 2,600 miles.
How do you fit an architect, her partner, their two kids and a great dane into a house the size of a caravan?
When architect Macy Miller embarked on a project to build her own home five years ago, she was single and living in a converted garage in downtown Boise, Idaho, the state capital. Her dream was to live efficiently, without much environmental impact, and to build a home for roughly the same cost as her annual rent ($12,000). And so her plan to create The Tiny House, just 196 sq ft, was born. “About a week later, I bought a trailer on wheels, eight foot wide, as the foundation,” she says. Miller now lives in the house with her partner, James, also an architect, their two small children and an enormous great dane.
The house, built directly on top of the trailer, is what most of us would consider a tight squeeze. It has a flat roof and is clad in recycled wood. Both the front and newly extended back, which is wrapped in corrugated metal, have wooden decking steps filled with homey potted plants. The front door enters straight into a tiny living area, big enough just for an armchair, with a recessed television and two shelves of books. A flip-up table sits below the window “Mostly in the down position,” Miller says. To the right is a mezzanine bed for the couple, accessed by steps that double as open shelves. One pace to the left is a small galley kitchen, with a fridge and microwave recessed into the wall. The bathroom opposite has a full-sized shower, sink and compost loo. At the far end of the kitchen is the kids' room, formerly a covered porch, which has doubled the size of the house.
Related: Moroccan summer: taking interiors inspiration from black and white design
Continue reading...A treasury of small wonders at the British Museum, multi-screen interactives to do your head in and a Michelangelo cartoon all in your weekly art dispatch
Lines of Thought: Drawing from Michelangelo to now
Powerful designs and suggestive sketches by artists including Cézanne and Bridget Riley as well as the Renaissance masters make this touring exhibition from the British Museum a treasury of small wonders.
• Lines of Thought: Drawing from Michelangelo to now, Poole Museum and Art Gallery, Dorset, 3 September - 6 November.
What: The brainchild of Sir John Sorrell and Ben Evans, every September the London Design Festival celebrates the country's best thinkers, practitioners, retailers and educators from the world of design.
This year, Design Week are hosting several events during the festival, including a panel talk on building brand awareness featuring NB Studio creative director, Nick Finney.
The Design Week team are also hosting a discussion at Design Junction called Dyslexic Design, based on an exhibition of the same name, a panel talk about the future of packaging, and a session with Supergraphics founders, Eva Kellenberger and Sebastian White.
Where: Various locations across London.
When: 17-25 September.
Info: Find out more information here.
What: Four years after the release of Logotype, design journalist Michael Evamy is set to release Logotype mini, which is intended to be an essential resource for both designers and students.
Designed by Pentagram partners, the book includes more than 1,300 visual typographic identities created by almost 250 different design studios, including Landor, Wolff Olins and Vignelli Associates.
When: Released in September 2016.
Info: The book will be published by Laurence King.
What: Risorama describes itself as a “one-day adventure in risography”. Once marketed to schools as a cheap copier, risograph printing has become popular among graphic designers, zine makers and art insitutions.
The one-day event will showcase well-known riso printers from all over the world, including Risotto (Glasgow), Tan & Loose Press (Chicago) and Bananafish Books (Shanghai).
There will also be a number of drop-in workshops for people to learn more about how it works and make their own prints.
When: Saturday 3 September.
Where: Protein Studios, 31 New Inn Yard, London EC2A 3EY.
Info: Entry is free, and the event runs from 11am-6pm. Find out more information here.
What: Now more than 20 years old, Wirksworth Festival transforms the Derbyshire market town of Wirksworth into a gallery and performance venue for two weeks every September.
During its trailblazing Art & Architecture Trail Weekend, the entire town becomes a gallery with over 150 artists and designer makers exhibiting and selling their work everywhere from stone cottages to churches.
The rest of the festival includes a selection of performance, fringe events and installations.
The lineup this year includes a specially commissioned installation by Wolfgang Buttress at St Mary's Church, continuing the bee theme explored by The Hive, which is currently on display at Kew Gardens in London.
When: 9-25 September.
Where: Wirksworth, Derbyshire.
Info: Prices vary depending on the individual event. Find out more information here.
What: The theme for the London Transport Museum's Friday Late is colour, and will celebrate the Capital's most famous hues from the blue on the Underground's Victoria line to the red of London's buses.
Visitors can expect a mix of workshops, talks about the psychology of colour and why the circle line is yellow, as well as a pop-up nail bar offering tube-themed manicures.
When: Friday 9 September.
Where: London Transport Museum, Covent Garden Piazza, London WC2E 7BB.
Info: Tickets cost £12 for adults and £10 for concessions, and the event runs from 6.45pm-10pm. Find out more information here.
The post 5 design things to look out for in September appeared first on Design Week.
It is with a heavy, heavy heart that I write these words today.
The renowned Jamaican born designer, illustrator, social activist and artist, Michael Thompson aka “Freestylee” has passed away at the age of 57 from a heart attack.
Although I never met Michael in the flesh, we certainly connected spiritually as fellow African diaspora creatives, and virtually through a wonderful, long Skype conversation we shared in the Spring of 2013 just after I had interviewed him for my Design Week “Four Corners” column.
I was extremely excited to discover Michael's work, which was so accomplished in every way. Excelling specifically in the medium of poster design, he represented the roots culture of his Caribbean island birthplace with an artistic flair and design sensibility that stands up against the work of any of his more celebrated European counterparts.
It was an incredible talent that was equally matched by his ambition to realise an International Reggae Hall of Fame Museum in Kingston Jamaica, designed by the visionary architect, Frank Gehry.
Using an international reggae poster design competition, as a creative vehicle to publicise and to engage with audiences from all over the world in his bold vision, the competition has gone from strength to strength and is now in its 6th year.
In that time, Michael himself designed over 500 posters representing Jamaican musical and cultural icons while highlighting the many social and humanitarian causes that touched his heart and fuelled his creative passions.
Though his heart may have stopped beating, I have no doubt that the lifeblood of his work will live on through his creative compatriot, Maria; the many artists and designers around the world who were inspired by his actions; and his talented son, Dane Thompson, who is an illustrator and designer in his own right.
It is a sentiment that is echoed by those who knew and worked with him such as Patricia Chin, co-founder of VP Records, the world's premier reggae and Caribbean music label and distributor, whose beautiful words I leave with you now.
“Michael, your heart was overflowing with love for all mankind. You may have left us but your spirit lives on through your beautiful work,” she says.
The post Remembering designer Michael Thompson (27 March 1958 15 August 2016) appeared first on Design Week.
JKR has designed new branding for alcopop brand WKD, featuring an entirely redrawn logo and showing a marked departure since the most recent redesign unveiled in May 2015.
The new identity is centred around an exclamation concept to represent the brand's “sense of fun and excitement,” according to JKR, and is launching to coincide with the vodka-based drink's 20th birthday.
WKD parent company SHS Drinks brought in several consultancies to pitch for the project, aiming for a new look that better reflects the attitudes of the brand's 18 to 24-year-old target audience. JKR was appointed in April this year, and reinvented the brand across all visual touchpoints and packaging.
JKR says, “Research revealed a big gap in consumer interests and demands since the brand launched in 1996, so a revitalised brand design and visual identity was required in order to engage this audience.”
The exclamation mark concept was chosen as a subtle reference to the previous WKD branding's rectangular device, which now appears elongated down the bottle above a circle. This new dot shape is used across the identity, acting as a holding divide for flavour information or as a flexible icon across other channels.
Adam Swan, design director at JKR, says, “Vibrancy and bright colours have always been part of the WKD story but this reinvented design unlocks that vibrancy and takes it one step further, bringing the passion, fun and excitement of the brand to life.”
New bolder typography is used, appearing as transparent to show the drink colour on Blue and Iron Brew variants, and acts as a holding device for a brushstroke pattern “inspired by oil-painting,” according to JKR, on the Berry and Passion Fruit flavours.
Bottle caps in bright contrasting colours feature simple icons and designs such as smiley faces, winking faces and hearts, aiming to “further emphasise the element of fun,” says JKR.
The redesigned bottles will roll out in October this year with a range of four flavours Blue, Iron Brew, Berry and Passion Fruit, renamed from Blush. The brand is also set to launch two new low-calorie variants at the end of this year.
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A treasury of small wonders at the British Museum, multi-screen interactives to do your head in and a Michelangelo cartoon all in your weekly art dispatch
Lines of Thought: Drawing from Michelangelo to now
Powerful designs and suggestive sketches by artists including Cézanne and Bridget Riley as well as the Renaissance masters make this touring exhibition from the British Museum a treasury of small wonders.
• Lines of Thought: Drawing from Michelangelo to now, Poole Museum and Art Gallery, Dorset, 3 September - 6 November.
A treasury of small wonders at the British Museum, multi-screen interactives to do your head in and a Michelangelo cartoon all in your weekly art dispatch
Lines of Thought: Drawing from Michelangelo to now
Powerful designs and suggestive sketches by artists including Cézanne and Bridget Riley as well as the Renaissance masters make this touring exhibition from the British Museum a treasury of small wonders.
• Lines of Thought: Drawing from Michelangelo to now, Poole Museum and Art Gallery, Dorset, 3 September - 6 November.
Sculptor Lil posted a photo: