A striking sawtooth roof tops this net-zero lake house in Canada

February 8, 2018 by  
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Architects Julia Jamrozik and Coryn Kempster have created a gorgeous lakeside home that actually generates as much energy as it uses . Located on the banks of Canada’s Stoney Lake, the net-zero Sky House is marked by a zigzagging roof that runs the length of the home. The 3,100 square-foot home consists of two separate structures stacked on top of one another. The upper elongated structure is clad in petrified wood panels and topped with a zigzagging roof . The lower level features a cube-like mini room that’s tucked into the landscape and virtually invisible. The home’s unique layout creates an empty space between the living areas and the sloping landscape. The unusual design provides easy access to various rooms as well as a calm, serene space to read surrounded by nature. Related: Zigzagging Het Anker community center in the Netherlands is partially buried underground The home’s interior is all-white and contemporary, and the living areas are located on the top level. Glazed walls run the length of the home, providing lots of natural light as well as stunning views of the surroundings. The bedrooms are located on the lower level, whose square rooftop pulls double duty as a terrace for the living spaces above. The Sky House is also a sustainable powerhouse packed with energy-efficient features. Solar panels generate 100 percent of the home’s energy needs, while factory-inspired skylights facing north provide natural light and mitigate heat gain in the summer months. The building materials were chosen for their low-maintenance and long-lasting qualities . The house is made of heat-treated wood cladding, and it features a reflective standing seam metal roof. The spacious interior features walls made from formaldehyde-free plywood. + Julia Jamrozik and Coryn Kempster Photography by Doublespace Photography

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A striking sawtooth roof tops this net-zero lake house in Canada

Scientists identify new kind of ice that requires extremely hot temperatures to form

February 8, 2018 by  
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Researchers at Lawrence Livermore National Lab in California have discovered a new form of ice known as that is thought to exist within the core of gas giant planets. Published in the journal Nature , this study documents the first observed instance of the so-called superionic ice originally predicted 30 years ago. The ice maintains a solid lattice structure of oxygen atoms with energetic, liquid-like hydrogen ions moving within. While it could only be created on Earth under very specific lab conditions, scientists believe it would be stable under the extreme temperature and pressure conditions found in planets such as Uranus and Neptune . Unlike traditional ice, superionic ice actually requires extremely hot temperatures, combined with intense pressure, to form. Using a technique known as shock compression, scientists created laboratory conditions that match those found on gas giants and successfully prompted water to become superionic. The researchers noted the ice melts at near 5000 Kelvin (K) under pressure levels two million times that of Earth’s atmosphere. “Our work provides experimental evidence for superionic ice and shows that these predictions were not due to artifacts in the simulations, but actually captured the extraordinary behavior of water at those conditions,”  said lead author and physicist Marius Millot. Related: Scientists observe ‘diamond rain’ similar to that found on icy giant planets While the real-world creation of superionic ice is groundbreaking, so too are the simulations that informed the experiment. “Driven by the increase in computing resources available, I feel we have reached a turning point,” explained co-author and physicist Sebastien Hamel . “We are now at a stage where a large enough number of these simulations can be run to map out large parts of the phase diagram of materials under extreme conditions in sufficient detail to effectively support experimental efforts.” The experiment has major implications for planetary science, painting a picture of gas giant cores composed of a thin layer of fluid surrounded by a thick mantle of superionic ice. The findings are especially poignant as NASA prepares for a potential probe mission to Uranus and/or Neptune. Via Gizmodo Images via  S. Hamel/M. Millot/J.Wickboldt/LLNL/NIF

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Scientists identify new kind of ice that requires extremely hot temperatures to form

Asif Khan unveils the darkest building on earth for 2018 Winter Olympics

February 8, 2018 by  
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British-based architect Asif Khan unveiled a super-black pavilion at the Pyeongchang Winter Olympics that he describes as the “darkest building on earth.” Built for Hyundai Motor, the temporary Pyeongchang Olympic Park pavilion is fully coated in Vantablack VBx2—a material that can absorb 99 percent of the light that hits its surface. As a result, the pavilion looks like a gaping black void even in broad daylight. Standing at 10 meters (33 feet) tall, the 2018 Winter Olympics Hyundai Motor pavilion draws inspiration from the automotive company’s technology and offers a unique interactive experience. Khan attached thousands of tiny white lights to the super-black parabolic facades, evoking images of a starry night sky. The steel-framed building measures 35 meters (115 feet) by 35 meters. In contrast to the super-dark facade, the interior is a brightly lit white room housing a multi-sensory interactive water installation. Haptic sensors allow visitors to interact with the hydrophobic installation that emits 25,000 singular water droplets per minute; the water droplets zoom down channels, collide, split, and eventually pool into a drain. “From a distance the structure has the appearance of a window looking into the depths of outer space,” said Khan. “As you approach it, this impression grows to fill your entire field of view. So on entering the building, it feels as though you are being absorbed into a cloud of blackness.” Related: Video: Anish Kapoor’s “Decension” is a black vortex in the floor of an old movie theater He continues: “The water installation visitors discover inside is brightly lit in white. As your eyes adjust, you feel for a moment that the tiny water drops are at the scale of the stars. A water droplet is a size every visitor is familiar with. In the project I wanted to move from the scale of the cosmos to the scale of water droplets in a few steps. The droplets contain the same hydrogen from the beginning of the universe as the stars.” The 2018 Winter Olympics Hyundai Motor Pavilion will open at the Pyeongchang 2018 Opening Ceremony on February 9, 2018. + Asif Khan Via WAN Images via Luke Hayes

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Asif Khan unveils the darkest building on earth for 2018 Winter Olympics

Tree-topped bridge to double as public space for a historic Chinese town

February 8, 2018 by  
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MVRDV has won a competition for Dawn Bridge, a new multi-use bridge near Shanghai that will give locals and visitors the chance to experience a historic Chinese water town in a whole new way. Located near the famous water town Zhujiajiao, this new 80-meter-long landmark will be topped with trees and amphitheater-like seating that overlooks views of the water and riverside architecture. To blend the modern bridge into its surroundings, the architects drew a contextual palette of colors and materials referencing the local vernacular. Located between the 16th century Fangsheng Bridge and the Qingpu Road Bridge, the 24-meter-wide Dawn Bridge will mark a new era of development in the riverfront area. MVRDV’s winning design proposes a bridge that doubles as public space by turning part of the deck into amphitheater -like seating optimized for gatherings, meetings, and beautiful views of Zhujiajiao. The bridge also provides sufficient clearance to the approximately 80-meter-wide active riverbed that’s used for activities year-round. “The vertical alignment of Dawn Bridge defines a sense of lightness and elegance, and our aim was to provide a graceful low curve above the river that also blends with the landscape”, says Wenchian Shi, Partner at MVRDV. “Beyond blending, we wanted to create a bridge that invites public life over and around it and that is accessible to all people whether on foot or on wheels.” Related: World’s first 3D-printed bridge opens in the Netherlands The bridge’s pedestrian deck and landings will be painted in the same reddish hue as the wood found in the nearby houses, while the gray roofs and white walls of the local residences are echoed in the bridge’s white structural frame and gray asphalt. Proposed plantings and trees on the bridge mimic the greenery of the riverbanks . Completion is anticipated for 2019. + MVRDV Images via MVRDV

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Tree-topped bridge to double as public space for a historic Chinese town

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