- 20/03/2017Hidden Brains UK Is a Mobile Application Development Company Developing and Designing IOS, Android and Windows mobile apps for startups and enterprise client. Hire our expert mobile apps developers now.Mobile Application Development Services, App Development Companies londonwww.hiddenbrains.co.uk Hidden Brains UK Is a Mobile Application Development Company Developing and Designing IOS, Android and Windows mobile apps for startups and enterprise client. Hire our expert mobile apps developers...
- 10/03/2017Experience the Kondor AX - Advanced System Development Board at the Embedded World Conference and Fair in Nuremberg, Germany.
The Kondor AX will be displayed inside Lattice Semiconductor’s booth, Hall 4-278 from March 14 to 16, 2017.
- 08/03/2017The sun’s rays helped shape this Studio Gang-designed NYC tower.
Solar Carve Tower advances Studio Gang’s ‘solar carving’ design strategy.
When designing a new office building located between Manhattan’s High Line Park and the Hudson River, Studio Gang wanted to protect the views between the park and the river and block as little sunlight as possible. The firm’s solution to this problem was to take on the sun as a freelance designer.
Expanding upon its “solar carving” design strategy, Studio Gang used incident angles of the sun’s rays to sculpt the Solar Carve Tower’s form. The result is a gem-like façade that allows light, fresh air, and river views to reach the park.
At any point during the year, the sun’s rays will be able to pour around the building’s unique façade, which takes the shape of an hourglass made up of smaller diamond-shaped carvings, to reach the surrounding park and green space.
On its website, Studio Gang says, “Solar Carve Tower explores how shaping a building in response to solar access and other site-specific criteria can expand its architectural potential.”
Each of the building’s floors will provide office space ranging from 13,700 sf to 14,200 sf, the New York Post reports. 16-foot-high floor-to-ceiling windows will provide each floor with natural light, views, and connectivity to the natural environment. Solar Carve Tower will also include 17,000 sf of ground floor retail. In total, the new tower will provide 166,750 sf of space.
The project is targeting LEED Gold.
- 07/03/2017The Hanoi Lotus Centre will bloom from the middle of a lake.
The proposed Hanoi Lotus Centre doesn't just pay homage to the national flower of Vietnam in name only; Decibel Architecture has designed the building to physically resemble a series of young lotus blossoms.
The Centre will be positioned along one of the city’s main roads and, per the City of Hanoi’s request, will sit atop a lake that will act as part of the city’s stormwater control system. The building is being designed using a pentagonal grid system. This type of system was selected as a metaphor representing the five points of an outstretched person and because ratios of five are common in nature, especially in the organization of petal structures. Five smaller lotus blossoms will surround a large, main blossom that will become the central node.
The building will house a variety of functions and spaces such as a restaurant, incubator and startup offices, 3D and 4D cinemas, multiple auditoriums, outdoor circulation, and an ice skating rink.
It isn’t just the building’s exterior that will resemble the lotus flower, as the ceiling to the main interior circulation space is inspired by the colors and patterns found on the underside of a lotus leaf. The ceiling will blend into the central auditorium volume where colored skylights and light boxes will be added. The architects say the light that comes in through these fixtures will mimic the experience of being under lotus leaves.
- 07/03/2017Robots construct an art gallery in Shanghai from recycled gray bricks
Archi-Union Architects have completed an unusual art exhibition space in Shanghai with the help of robots. Created for the Chi She artist group, the building in the city’s Xuhui district was built with recycled gray-green bricks salvaged from a former building. Designed with both traditional and contemporary elements, the Chi She exhibition space features an unusual protrusion made possible with advanced digital fabrication technology.
The 200-square-meter Chi She exhibition space was built to replace a former historic building, the materials of which were salvaged and reused in the new construction. While the zigzagging roof has been raised and reconstructed from timber, the most eye-catching difference between the old and new buildings is the part of the wall above the entrance door that bulges out. The architects used a robotic masonry fabrication technique developed by Fab-Union to create the curved wall, which would have been difficult to precisely achieve with traditional means.
“The precise positioning of the integrated equipment of robotic masonry fabrication technique and the construction elaborately to the mortar and bricks by the craftsmen makes this ancient material, brick, be able to meet the requirements in the new era, and realizes the presentation of the design model consummately,” wrote the architects. “The dilapidation of these old bricks coordinated with the stretch display of the curving walls are narrating a connection between people and bricks, machines and construction, design and culture, which will be spread permanently in the shadow of external walls under the setting sun.”
- 05/03/2017Researchers discover bacteria that produces pure Gold.
The gold you see in the photo above was not found in a river or a mine. It was produced by a bacteria that, according to researchers at Michigan State University, can survive in extreme toxic environments and create 24-karat gold nuggets. Pure gold.
Maybe this critter can save us all from the global economic crisis?
Of course not—but at least it can make Kazem Kashefi—assistant professor of microbiology and molecular genetics—and Adam Brown—associate professor of electronic art and intermedia—a bit rich, if only for the show they have put together.
Kashefi and Brown are the ones who have created this compact laboratory that uses the bacteria Cupriavidus metallidurans to turn gold chlroride—a toxic chemical liquid you can find in nature—into 99.9% pure gold.
Accoding to Kashefi, they are doing "microbial alchemy" by "something that has no value into a solid [in fact, it the toxic material they use does cost money. Less than gold, but still plenty], precious metal that's valuable."
The bacteria is incredibly resistant to this toxic element. In fact, it's 25 times stronger than previously thought. The researchers' compact factory—which they named The Great Work of the Metal Lover—holds the bacteria as they feed it the gold chloride. In about a week, the bacteria does its job, processing all that junk into the precious metal—a process they believe happens regularly in nature.
So yes, basically, Cupriavidus metallidurans can eat toxins and poop out gold nuggets.
It seems that medieval alchemists were looking for the Philosopher's Stone—the magic element that could turn lead to gold—in the wrong place. It's not a mineral. It's a bug.
Read more at http://www.geologyin.com/2016/03/researchers-discover-bacteria-that.html#C5h2YM63F7Dc9sVL.99
- 05/03/2017Parasitic wooden cubes slash Parisian building’s energy consumption by 75%.
Stéphane Malka has designed a clever way of optimizing the energy efficiency of older urban structures while working within the restrictions of Parisian building codes. Malka’s Plug-in City 75 design envisions attaching parasitic wooden cubes to the facade of a 1970s-era building, extending the living space and significantly reducing the building’s annual energy consumption by approximately 75 percent.
The innovative design is slated for a 1970s-era building in the French capital’s 16th arrondissement. Like similar buildings in the city, this one is burdened with low energy performance due to thermal bridges, poor insulation, and permeable windows. However, current building laws are quite restrictive and do not allow for the structures to be raised to make way for better, more efficient space.
Malka’s solution is to incorporate a type of parasitic architecture to improve the building’s energy envelope. According to the design, a series of bio-sourced wooden cubes would be mounted onto the facade, extending the apartments horizontally through openings in the exterior.
Extending the apartments outwards would divide the total energy consumption of the building by four. This would significantly reduce the rehabilitated building’s annual energy consumption from its current 190KWh per square meter to 45KWh per square meter.
The modular boxes, made from wood particles and chips are quite lightweight, which allows for easy transport and on-site assembly. Once mounted onto the building, the cubed extensions would not only add more living space and light to the interior, but would also create an inner garden courtyard on the first floor. The new facade would be draped in hanging greenery, greatly improving the structure’s overall aesthetic.
- Producer03/03/2017Copycat Architecture is Booming in ChinaIt's difficult not to be intrigued by Chinese copycat architecture.... Throughout history China has been incredibly good at absorbing aspects of other countries and cultures and making them their own. ...
Comments04/03/2017 #20 David B. Grinberg#13 @Dean Owen Many 🙏for your informative reply. That's good to know. It appears there has been a lot of sensational China bashing in USA media. Thus, I appreciate hearing your firsthand account to help dispel some of the media hype that runs rampant. Thanks again and good luck with everything over there! 😇👏🌎04/03/2017 #18 Lisa 🐝 GallagherVery interesting to view these and I had no idea China had so many replicas. Actually beautiful to view and of course I love photos! Ken mentioned Las Vegas, so true... multicultural buildings everywhere. We have reduced our smog in the US but still have a long way to go. I remember when we were kids and would drive to Cleveland Ohio with my parents, the closer we got, we were told to roll up our windows (yep before we had a car with electric windows). The smog was so bad you could taste it even with the windows rolled up. I believe there are still cities within the US that have smog issues, San Fransico being one. Thanks for sharing this @Claire L 🐝 Cardwell!04/03/2017 #16 Claire L 🐝 Cardwell#13 Thanks @Dean Owen - it's awesome that China has such a proactive environmental policy and I wish it was the same in England. Yes the 'pea souper' fogs are of the distant past, but when I worked in London for a while about 15 years ago I had to walk the long way around from Waterloo to work as if I walked over Waterloo Bridge I would be breathless and about to feel that I was going to have an asthma attack by about half way....04/03/2017 #15 Claire L 🐝 Cardwell#12 Thanks for the share @David B. Grinberg! Another thing to consider is the often poor quality of the cement, steel and engineering of a lot of Chinese buildings. I've seen many photos of buildings that have collapsed and we have a problem here in SA with cheap Chinese imports of cement etc. which have also caused buildings to fail. I also think it's appalling that people have to venture outside with masks on.......04/03/2017 #14 Devesh BhattLoys of copycat architecture on india too. But most of it is not serving its prescribed purpose. Instead it is about disregarding the orignal so that some networked undeservig guy secures a Govt contract loaded with a lot of tax payers money.
I would rather look at the scale at which China has done it to actually improve the Urban Infrastructure and how it improves the basic denominators of a good life for the people.04/03/2017 #13 Dean Owen#12 I look out my window and see a crystal blue sky. I live in the fastest developing city in the world. I read an article last week stating China is now the global leader in climate change reform. Combatting pollution is a priority in the current Five Year Plan. I look at what China has achieved, building cities to accommodate the urbanisation of 400 million, a road and rail network that is the envy of every nation, infrastructure that makes the West look positively archaic. There has been a heavy price to rapid and unprecedented growth, but that is true of every nation. Remember the perception of London as foggy? The Great Smog of London in 1952 killed upwards of 12,000 people, and Churchill responded as is Xi Jinping responding right now. Unlike many Western nations who tend to sweep things under a rug, the Chinese government is proactive and responsible, recently setting up an environmental police force and adopting a whole slew of other measures. Could they do more? Well certainly, every nation could possibly do more except perhaps for Bhutan, the Maldives, and some other smaller nations. But China is heading in the right direction whereas it appears the US has just done a major U-turn with the appointment of Pruitt as EPA Chief. China will remain committed to the Paris Accord even if the US drops out.03/03/2017 #12 David B. GrinbergThanks for sharing this interesting buzz and great photos, Claire, which I've shard in three hives. I agree with you that "the scale of China's architectural copying is breathtaking." It appears that Chinese cities are building and developing so quickly that there are many unintended repercussions, perhaps the most dangerous being the health threat to the Chinese people -- some of whom literally can't breath outdoors without masks. Some Chinese cities don't even see the light of day some days due to terrible smog and pollution, which should be inexcusable. No citizen of any country should have to wear masks to protect themselves from toxic pollution levels whenever they venture outdoors. Thus, the Chinese government would be wise to strike an appropriate balance between massive construction and environmental degradation. The status quo is simply untenable and taking a huge toll on the health of the Chinese people -- which should be priority #1. @Dean Owen, any thoughts on these points?03/03/2017 #10 Claire L 🐝 Cardwell#8 @Ken Boddie you are so right, all you have to do is walk around most big cities in the world and you will find them choc full of colonial architecture. Architecture in London borrowed a lot from Greek and Roman Architecture. There are a lot of colonial buildings in Johannesburg and Cape Town that look very European in style. There is even a miniature Eiffel Tower and Arc de Triomfe in Parys in the Free State. A friend & I discovered it by accident when we got lost.... Will post pics later!03/03/2017 #9 Praveen Raj GullepalliGreat share Claire! I guess it also reveals the appreciation that Chinese have for art and architecture worldwide if they go to such lengths at reproduction. (Of the civil and structural kind obviously ;) Imagine having such miniatures in every country as a celebration of global art and architecture! (With some Augmented Reality and VR headsets thrown in for the visitors to compare with the real thing while on a visit!) I was brwosing through some local architecture links recently and this one on the Kailash Temple had me going for a while (have yet to see it though)...there are enough mysteries already! Check this out: https://www.youtube.com/watch?v=B2Jl4HNDixc03/03/2017 #8 Ken BoddieWe westerners are, I suspect, too quick to ridicule the Chinese copy, Claire. Perhaps these architectural clones are evidence of an identity crisis, as a new middle class society emerges from the feudal system and associated magnificent architecture of China's past. China, with its indomitable focus on impressive development, will undoubtedly move through this localised clone phase and emerge into a new and even more magnificent order eventually. Before we scoff let us think of Las Vegas and the many copy cat buildings in the various former colonial countries, including Australia and the USA. Thanks for the thought provoking post, Claire.03/03/2017 #4 Claire L 🐝 CardwellIt is fascinating I agree @Phil Friedman - it would be awesome to go somewhere like Huaxi, the village of knockoffs or Thames Town.... i found the fact that Chinese Emperors celebrated the defeat of their enemies by replicating their architecture very interesting.... I wonder if China is busy taking over the world by doing the same thing in the 21st century.....03/03/2017 #3 Phil Friedman#1 Thanks, Claire, for the tag. It is fascinating that the Chinese, who have the Great Wall and other timeless masterpieces, are copying architectural notables from the West. Then again, not so strange, I suppose, as disassembling the 1831 London Bridge (not the Tower Bridge) and re-assembling it in the Lake Havasu, AZ area.
- 02/03/2017Scientists Uncover the Earth's Oldest Fossil; Could Hold Secrets to Life on Mars| Interesting Engineeringinterestingengineering.com Newly discovered bacteria fossils from Quebec, Canada now possibly hold the record for the world's oldest fossil at over 4 billion years...
Comments02/03/2017 #1 Kevin PashukWhen you are number two... You try harder. (at least that's what the old AVIS commercial used to say). Now that we've been supplanted by those 'new' old fossils... We'll just have to go with the claim that we are 'older than dirt'... But then, as a dirt doctor you could refute that claim.
- 02/03/2017Science meets architecture in robotically woven, solar-active structure.
New York's MoMA PS1 will feature a shelter installation that uses robotically-knitted solar fabrics that absorb and release light. Winner of the art institution's Young Architects Program competition, the canopy from Jenny Sabin Studio is photo-luminescent by night and cooling by day, with a misting system that delivers a cooling spray when someone comes near.
The installation includes long fabric tubes that hang from the canopy stalactite style, and make up part of the site's multi-sensory environment. During the day, visitors can take relief from the summer heat under the canopy, which allows in dapples of sunlight while occasionally spraying visitors with a misting system incorporated into the openings of those hanging tubes. The misting is activated by sensors that respond to movement.
Three 30-ft (9-m) towers help anchor the tension canopy, and hold large water bladders that feed the network of tubes that connect to the misting system. "It's a simple detection network, so when you come close, the misters will slowly start to mist," Sabin says. With up to 3,000 visitors expected to the festival, a master control allows the misting to be put on pause if a big crowd enters the site, while some areas will be on a regular misting cycle.
At night, visitors to the instillation have a different experience, with the solar active material in the canopy, stalactite tubes and stools giving off a phosphorescent glow that "inspires levity and enjoyment with the space," says Sabin. "The photo-luminescent fabric absorbs UV sunlight, and then they slowly emit light."
- 02/03/2017A 10K tiny house 3D-printed in 24 hours.
Building a house typically takes months, exacerbating the housing crisis so many people face worldwide. Apis Cor, a San Francisco-based company that specializes in 3D-printing, decided to tackle that crisis with a groundbreaking mobile 3D-printer that can print an entire 400-square-foot tiny home in just 24 hours. What’s more, doing so costs just over $10,000 – a steal compared to most modern homes.
On their website, Apis Cor says the construction industry may be sluggish now, but they will persevere in disrupting that industry “until everyone is able to afford a place to live.” Their revolutionary mobile 3D-printer is small enough to be transported, so assembly and transportation costs can be slashed. Although their mobile printer only needs a day to print a home from a concrete mixture, the company says their buildings will last up to 175 years. Not only is their process speedy, but environmentally friendly and affordable too.
White decorative plaster finished the tiny home’s exterior, allowing the team to paint it in bright colors. The interior is bright and furnished with modern appliances from Samsung. In total, the house cost $10,134, or around $275 per square meter.
Comments04/03/2017 #7 Claire L 🐝 Cardwell#2 You are right Warren, there will no doubt be an issue in the future with people being replaced by technology, just as there was in the Industrial Revolution. People will adapt very quickly and new jobs will be created by for example building, operating and maintaining the machines needed to build this house. This house is designed for emergency shelters - not for everyday housing. It does however look a lot better than most RDP housing initiatives I have seen here in SA and elsewhere around the world....04/03/2017 #6 Claire L 🐝 Cardwell#3 @Phil Friedman - your plan sounds very interesting - any chance of a preview? Round floor plans are a bit of a pain when it comes to furnishing and yes if you were building with bricks or blocks would be more expensive to build.... However a round house is a lot stronger than a square house and I think that as a response to emergency housing this is a great system!04/03/2017 #3 Phil FriedmanThis is interesting, Claire, but I have to express a couple of reservations. 1) Using a round floor plan vastly complicates interior finishing and furnishing, and makes it more expensive that it would be if a box form were employed. 2) I think this may be a case of pre-commitment to a particular technology dictating methods that might not win out if evaluated without preconceptions. Years ago, when I lived for some time on a farm, I watched grain silos being built using movable concrete ring forms. You poured the base ring, then when it took its initial cure, the form was raised the height one ring, and another ring poured on top of the first. And again, and again, until the silo was completed. I designed a three-story house, that could be poured in a matter of a few days at very low labor and materials costs for the basic structure. Had an inherently high R-factor. And would easily last hundreds of years. I would have to search my files, but I bet construction costs for triple the floor area, would have been less than half of what this "printed" house costs, and with virtually nil capital investment for the equipment. And painted, the two houses would pretty much look the same. Cheers!03/03/2017 #2 Warren KellamVery cool. But what happens to the humans that are replaced by this technology? What will people do to feel valued by a society that replaces them with machines? These will be some of the questions that the next generation will have to confront. It's only for the betterment of mankind when it doesn't affect you.03/03/2017 #1 Lada 🏡 PrkicVery interesting Claire. I watched the video also. There is no doubt that 3D printing is the technology of the future. The huge 3D printers on the construction site might soon replace construction workers and bricklayers. But, as far as I know, there is no regulatory framework for such type of construction, at least for now.
- 01/03/2017Duke University researchers use light to convert carbon dioxide to fuel. What if the carbon dioxide building up in our atmosphere could be put to good use as fuel? For years chemists have chased a catalyst that could aid the reaction converting carbon dioxide to methane, a building block for many fuels – and now Duke University scientists have found just such a catalyst in tiny rhodium nanoparticles.
Duke University researchers converted carbon dioxide into methane with the help of rhodium nanoparticles, which harness ultraviolet light’s energy to catalyze carbon dioxide’s conversion into methane. Rhodium is one of Earth’s rarest elements, but according to Duke University it plays a key role in our daily lives by speeding up reactions in industrial processes like making detergent or drugs. Rhodium also helps break down toxic pollutants in our cars’ catalytic converters.
The fact that the scientists employed light to power the reaction is important. When graduate student Xiao Zhang tried heating up the nanoparticles to 300 degrees Celsius, the reaction did produce methane but also produced an equal amount of poisonous carbon monoxide. But when he instead used a high-powered ultraviolet LED lamp, the reaction yielded almost entirely methane.
Jie Liu, chemistry professor and paper co-author, said in a statement, “The fact that you can use light to influence a specific reaction pathway is very exciting. This discovery will really advance the understanding of catalysis.”
The scientists now hope to find a way to employ natural sunlight in the reaction, which Duke University says would be “a potential boon to alternative energy.”
Comments28/02/2017 #3 Lada 🏡 PrkicThank you Aurorasa. :-) I often say that great designs are those inspired by nature, such as Vincent Callebaut architecture. The honeycombs cells are an example of geometric efficiency, using the space without any gaps between cells and providing the strongest structure based on the hexagonal shape. I hope we’ll see the realization of this idea.
- 27/02/2017Modern Home by IDIN Architects in Chang Wat Pathum Thani, Thailand. To read more go to :- http://www.caandesign.com/modern-home-closed-beach-designed-party-dining-resting/
Comments27/02/2017 #1 Ken BoddieInteresting house, Claire, but I'd hate to have to clean those windows, although probably not a problem for the owners in Thai high society. The unchecked English (translation?) provides a few chuckles, particularly the guaranteed longevity if you visit (10 lives), and the sad exclusion of 'Sandy' (Beach) from the party. 🤣
- 27/02/2017New silicon nanoparticles could finally make solar windows commercially viable.
The trend toward integrating solar into homes and buildings seems to be taking off. First Tesla CEO Elon Musk unveiled his rooftop solar shingles that are invisible when viewed from the street. Now, researchers at the University of Minnesota and University of Milano-Bicocca have developed technology that could usher in a future with photovoltaic windows harvesting renewable energy from the sun. The research, published Tuesday in the journal Nature Photonics, demonstrates that high-tech silicon nanoparticles embedded into luminescent solar concentrators (LSCs) can make the performance of solar windows more efficient, comparable to flat solar concentrators.
Photovoltaic windows could be a game changer in the race to power cities with renewable energy and reduce greenhouse gas emissions causing climate change. Modern glass office towers could be retrofitted with photovoltaic windows that wouldn’t change the aesthetics of the building and yet would be able to meet the structure’s electricity needs. According to the US Department of Energy, turning the windows at One World Trade Center into solar collectors could power more than 350 apartments.
- Producer21/02/2017An Indonesian Catastrophe: A Man- Made Mud Bath.I am standing thirty five meters up, on top of a huge dyke, just a short, thirty minute drive from Indonesia’s second largest city Surabaya. This massive dyke stretches ten kilometers either side of me and I am looking out over one of the largest...
Comments10/03/2017 #36 Ken Boddie#34 Proper and adequately focussed intrusive investigation, Pam, would undoubtedly help in producing a working solution (or alternatives) to cap the flow, but this would require planning and payment and undoubtedly an admission of guilt from some party or other. Not having been involved in this project it is difficult for me to comment, except to suggest that there may already be subsurface information available, awaiting the appropriate authority to have it analysed by specialists.10/03/2017 #34 Pamela 🐝 WilliamsAnd they have no way of knowing or even testing for the conditions since the mud continues to flow and cover the surface, Right? It's a wait and see scenario?? Would pre-drilling surveys be able to answer the questions? If the surveys were actually done and done correctly? #3009/03/2017 #30 Ken Boddie#29 The short answer, Pam, is yes, no, or maybe. Your scenario is possible if the fluid has enough soil particles ejected to leave voids behind in the subsurface strata, and if these voids are large enough and shallow enough to initiate and propagate subsidence so that bridging cannot be sustained. Alternatively, if the fluid is ejected from pressurised pores in the strata, then extensive voids may not recreated and hence subsidence will not occur.08/03/2017 #29 Pamela 🐝 WilliamsI just keep thinking about this post. @Ken Boddie , you're the geologist. What happens when that much mud is displaced underground and isn't the weight putting pressure on the surface? Sounds like the makings of a huge sink hole as the pressure causes the surface to collapse into the voids created underground. Is that possible? If that happens wouldn't the ocean of mud suddenly be sucked back into the earth?08/03/2017 #28 Claire L 🐝 Cardwell#27 That would be great @Paul Walters! It's good timing as I will be in the UK in July/August so will still be here when you come over. @Gert Scholtz has suggested that we get together with @Ian Weinberg for a South African Bees Braai. Hopefully we will be able to round up some more SA Bees to join us.08/03/2017 #27 Paul Walters#26 @Claire L 🐝 Cardwell Tis a sobering place !! In fact many places in Indonesia can be sobering when one sees the man made destruction! Kalimantan, northern Sumatra to name just two. However there are some jaw droppingly beautiful places here...c'mon over . By the way I will be in Jhb mid June so lets meet up...what say you?25/02/2017 #23 Ken BoddieI must admit to having quite forgotten about this Indo disaster, Paul. No surprises that in big buck multi-national industrial activity, 'would've' and 'could've' are often buried in a similarly smothering sea of beaurocratic 'mud', along with the processes of environmental reparation and rightful compensation. Those seeking further info may benefit from the following links:
The last link above has some interesting photos and a video.22/02/2017 #20 Robert CormackExcellent post, @Paul Walters. The Lapindo family is directly responsible and, despite a decline in their fortunes, they should be held accountable (which I'm sure they won't be). Too often, ecological disasters are written off as just that, despite cases where it's obviously man-made. Great reporting.
- 22/02/2017LEAF-SHAPED SOLAR PANELS COAT BUILDING LIKE IVY ►The revolutionary Solar Ivy project, from SMIT (Sustainably Minded Interactive Technology) combines the piezoelectric effect with photovoltaic technology to generate energy.
Using the sun and the wind to provide renewable energy for the building, the Solar Ivy system also becomes a shade screen that minimizes solar heat gain. Once again, nature serves as the perfect source of inspiration.
I hope this concept would become widely accepted.
Comments20/02/2017 #5 Claire L 🐝 CardwellSolar-power system could provide clean drinking water in rural India for the first time. A solar-powered purification system could slake the thirsts of rural India with clean drinking water for the first time. This would be no ordinary feat. Tens of millions of people in India lack access to potable water, and roughly 600,000 Indian children die every year from water- and sanitation-related diseases like diarrhea or pneumonia, according to UNICEF. In the country’s most far-flung regions, where 70 percent of India’s population lives, toxic bacteria routinely fouls at least half of the water supply. But while the Indian government has focused its efforts on treating surface water in rivers and streams, researchers from the University of Edinburgh in Scotland want to attack the source of contamination: sewage.
They’ve developed a system that uses sunlight to induce high-energy particles within a photocatalytic material, which uses light to generate a chemical reaction. These, in turn, activate molecules of oxygen, mobilizing them to destroy bacteria and other organic matter.
Because the materials require no power source, an off-grid system requires little more than attaching the photocatalyst to containers of contaminated water and angling them toward the sun until they’re safe to drink. If necessary, the system could be used in tandem with a filter to catch larger particles.
- 20/02/2017Scientists hatch crazy $500 billion plan to refreeze the Arctic. As governments make slow progress towards alleviating climate change and denial marks the Trump Administration’s approach to the global crisis, scientists have hatched a crazy $500 billion scheme to refreeze the Arctic. Led by physicist Steven Desch of Arizona State University, a team of 14 scientists concocted a plan to replenish Arctic sea ice using ten million wind-powered pumps.
The strategy involves deploying millions of renewably-powered pumps to send water onto the surface of Arctic ice during the winter. In theory, that water would then freeze, thickening the ice before summer. Desch said the pumps could add around three feet to the current layer of sea ice. If the ice is thicker, he argued, it would last longer and reduce the danger of sea ice vanishing completely during the summer.
The paper’s abstract states that the Arctic could be utterly devoid of summer sea ice by the year 2030. If that occurs, the ocean would absorb the sunlight it once reflected – so replenishing sea ice now is an imperative. The paper goes on to state that the 2015 Paris agreement won’t be enough to halt the consequences of global warming.
- Producer18/02/2017What would you make of this interview questionSadly many of the other technical affinity groups I subscribe to have been captured by posters putting up interview questions and suggested answers to them that are mostly superficial and very much focused on rote learning. Top 60 SAS...
Comments26/02/2017 #3 Philip HollandMy favourite interview question can also be posted here, because it has no single right answer:
"How would you create a report in SAS?"
There are an uncountable number of answers, but those omitted tell the interviewer more about the backgroud and experience of the interviewee. I'm presuming that the interviewer knows how reports would be created in the employing company, so any of these methods not in the answer give some impression of how suitable a candidate will be!
- 17/02/2017Self-shaping shelters that could revolutionize emergency housing. Emergency shelter design is becoming increasingly important due to the various refugee situations occurring around the world. Although some designs have already been awarded for their crucial role in providing emergency housing, other forward-thinking designers such as Haresh Lalvani are actively working to create a biomimicry-based system where shelter structures would be able to assemble themselves.
Recently featured on Redshift, Lalvani, the cofounder of the Pratt Institute Center for Experimental Structures, is employing a “wildly interdisciplinary range of tools” to create a type of generative geometry that would be able to assemble and repair, grow, and evolve all on its own. The designer is using concepts found in biology, mathematics, computer science and art to create systems where matter would start encoding information, a similar process to that of stem cells and genes in the human body. Lalvani explains that these biological systems are “the only place where software and hardware are the same thing.”
This type of installation could be a potential game changer for shelter design considering some of Lalvani’s installations take less than one minute to bend into shape. Additionally exciting is the fact that the raw material is just one thin sheet of metal, and can be easily transported and requires no tools for assembly, making it especially useful for emergency situations.
- 16/02/2017The following infographic from Futurism tells the story of the history of technology. It starts with the beginning of life on Earth, and goes until the founding of early modern technologies, such as the first computer and nuclear power.The History of Technology: From the Earliest Tools to the Modern Agewww.visualcapitalist.com Despite only being around for thousands of years, human technological progress has been pretty incredible. See the history of technology in this...
- 12/02/2017If you like playing with trains, then this video of the Tehachaki 'Model' Railway Loop will fascinate you. But take care you don't get hypnotised by the motion!
More on the history and construction, to 'drive you round the bend' at: http://interestingengineering.com/going-round-the-bend-with-the-tehachapi-loop/?utm_source=Email+Directing&utm_medium=%24%7Binterestingengineering%2FrCTa%7D&utm_campaign=Feed%3A+interestingengineering%2FrCTa+%28Interesting+Engineering%29Tehachapi Loop in real time 4K (August 31, 2015) To use this video in a commercial player or in broadcasts, please email email@example.com Shot and edited by Matt Skuta Instagram: @mattskuta...
Comments12/02/2017 #2 Ken Boddie#1 May have been taken from an early drone, Dean-san, but judging by the date, perhaps from a hot air balloon, which is probably the only other thing that could remain static for long enough, with the possible exception of a chopper? Either way, the whole loop looks surreal and brings me back to my days of playing on the carpet in our 'front room' in the old tenament 'hoosie' in Aberdeen, with my model 'Hornby Dublo' train set.
- 31/01/2017In Downtown Miami, Rafael Viñoly’s latest luxury development is on point. Striking a power pose at the Miami River basin, Rafael Viñoly’s luxury residential project One River Point is leading the way for major development in Downtown Miami. With sales launching this January, the building is set to break ground in late 2017. Featuring two symmetrical towers connected by the Sky Bridge and landscaped riverside park surroundings set across 1.8 acres, the building will be a welcome addition to the Miami River area, which is undergoing regeneration. It’s most striking design feature, the Sky Bridge, suspended at 800ft above the Miami River will hold a 35,000 sq ft private club run by Adrian Zecha, the Indonesian hotelier behind Aman Resorts. - http://www.wallpaper.com/architecture/one-river-point-miami-rafael-vinoly-downtown-miami#EjbtSa3hqxZEh3jR.99
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