This Week in Tech: Are Subterranean Roads the Solution to Paralyzing Traffic?

Plus, Neri Oxman's latest project is a modern take on death masks, Lego-like solar panels for the sidewalk, and more of the best design-tech news from this week.

1 MIN READ

Courtesy CityLab

CarTube, an urban planning concept designed by London firm PLP Architecture, proposes building underground tunnels in order to alleviate the automobile traffic so prevalent in large cities. Though seemingly a tidy solution to an ever-present problem, critics like Robert Cervero, a recently retired professor of urban planning at University of California, Berkeley, says, “It risks exacerbating the past half-century of ever-worsening problems attributed to automobile-dependent lifestyles, [like] urban sprawl, the engineering of walking and face-to-face contact of everyday life.” [CityLab]

ICYMI: “Vespers,” a multi-material printing method developed by MIT’s Mediated Matter group and Stratasys enables 3D printing at the cellular level. [ARCHITECT]

A team of researchers from the University of Nottingham, in the U.K. and China, recently discovered that the use of non-destructive terrestrial laser scanning can be used to determine the changes in concrete strength after the building material has been exposed to extreme heat. [The University of Nottingham]

Budapest-based startup Platio takes solar panels to the sidewalk and covers them in a layer of recycled plastic for its eponymous first product. The panels, which are made up of monocrystalline silicon cells, are capable of being snapped together like Legos. [Nature World News]

Scientists at the Ulsan National Institute of Science and Technology (UNIST) in South Korea say they have found a way to make traditionally flat thermoelectric generators function as a coating on any surface. [New Atlas]

Teens Sanjay and Arvind Seshan took the tediousness out of writing holiday cards by building a robot out of Legos to do it for them. [The Verge]

The Internet of Things could help save the environment, reducing carbon dioxide emissions through innovative solutions that would decrease travel times and power smart buildings. [The Guardian]

About the Author

Selin Ashaboglu

Selin Ashaboglu is a former assistant editor of products and technology for ARCHITECT and Architectural Lighting. She graduated from Wheaton College, Mass., with a bachelor's degree in English, and minors in Journalism and Studio Art. In the past, she has contributed to Time Out Istanbul, and copy edited for the Smithsonian Institution Scholarly Press.

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