computer vision and artificial intelligence are the keys to a debate behind a door that’s been locked for a long time: the social impact of design in cities. [...]
"Now that we have new tools to measure aesthetics, we can estimate its consequences" [...]
[MIT Media Lab associate professor Cesar Hidalgo] wants to develop more empirical ways to study cities and the way they’re perceived—and, in turn, provide better science to the policy-makers who shape legislation. — fastcodesign.com
More on neural networks and aesthetic quantification:Mark Zuckerberg's resolution for 2016: build an at-home AI "like Jarvis in Iron Man"Further strides made in Nobel-winning research on the neuroscience of navigationArchinect's Lexicon: "Neuromorphic Architecture""Sculpting the Architectural...
That an apple can travel over 11,500 miles from where it was grown (spending over a year in shipment and in toxic, low-oxygen storage to suspend its maturation) is the perfect object lesson of our global agricultural system’s failures. [...]
And with the advent of natural-resource scarcity, flattening yields, loss of biodiversity, changing climates, environmental degradation, and booming urban populations, we’re hurtling toward its natural limit. — Near Future
"What if we could build a different world? One in which anyone could farm anywhere, not just on land devastated by disaster, but in basements, skyscrapers, and abandoned subway tunnels? Or in classrooms, rooftops, and old factories?"In this article by Caleb Harper, the Director of the Open...
[nuTonomy's] Level 4 autonomous vehicle "is designed to perform all safety-critical driving functions and monitor roadway conditions for an entire trip;" all you have to do is provide a destination and (possibly) open and shut the doors.
Google's autonomous cars, in contrast, are currently at Level 3, with limited self-driving automation [...]
[nuTonomy] is building into [its] decision-making engine the ability for cars to actually violate the rules of the road when it's necessary to do so — spectrum.ieee.org
More from the autonomous vehicle beat:The "Impossible" Car – Faraday Future's lead designer, Richard Kim, on One-to-One #17"In LiDAR We Trust" – Poking the subconscious of autonomous vehicles with special guest Geoff Manaugh, on Archinect Sessions #43This startup hopes to bring autonomous...
For the second year in a row, MIT has been named the top university in the world for architecture/built environment in the latest subject rankings from QS World University Rankings. In art and design, the Institute ranked No. 2 globally, a jump from fourth position in 2015. Ten other subject areas at MIT were ranked No. 1.
“This ranking is testament to the success of the MIT model of research and teaching and its global commitment to address complex societal problems,” says [Dean] Hashim Sarkis — MIT
In related news:Get Lectured: MIT, Spring '16MIT and TU Delft emerge victorious at Hyperloop competition; Elon Musk drops hint about "electric jets"MIT researchers have created a new material that stores and releases solar energyStanford Anderson, head of MIT's Department of Architecture from...
Before coming to MIT to serve as dean of the School of Architecture + Planning in January 2014, Hashim Sarkis taught at Harvard's GSD as the Aga Khan professor of Landscape Architecture and Urbanism in Muslim Societies. He founded his own practice, Hashim Sarkis Studios, in Cambridge in 1998, and...
The collaboration will consist of seminars, workshops, and studio classes for MIT students and potential exhibitions at MIT and the Soane Museum. This fall, the Department of Architecture is offering the program’s first class, a reconsideration of architectural fragments [...]
“The Fragment,” taught by David Gissen, a visiting professor in the History, Theory and Criticism program, will explore architectural monuments rendered into a fragmented, disassembled, or ruined state. — news.mit.edu
More news from MIT:Cutting across the Chicago Architecture Biennial: "Rock Print" from ETH Zürich and MITMIT presents 3D printer that can print 10 materials simultaneously without breaking the bankMIT's "Placelet" sensors technologize old-fashioned observation methods for placemakingHashim Sarkis...
Kinetic Blocks works by feeding spatial information read by a Microsoft Kinect into the display, allowing it to respond to physical objects.
However, where the inFORM could already manipulate objects in real time, the new project is faster and finely tuned to detect, orient, and stack blocks to make and even disassemble structures. The display can also be programmed to build structures stored in memory, or interact with special kinematic blocks that allow the pins to interact with other objects — theverge.com
Watch the video below to see the Kinetic Blocks in action:More news from MIT:Cutting across the Chicago Architecture Biennial: "Rock Print" from ETH Zürich and MITMIT presents 3D printer that can print 10 materials simultaneously without breaking the bankMIT's "Placelet" sensors technologize...
Originally developed at MIT, MindRider is a new helmet that shows, in real time, how your rides, movement, and location engage your mind. The MindRider app maps and tracks your engagement, and allows you to share your maps with others. These maps provide quantified insight that empower you to maximize your riding experience, and they are a great resource for riding communities and street advocacy. — mindriderhelmet.com
Unlike many other biometric monitoring devices, the MindRider helmet isn't just about recording your physical activities; it's about harvesting data from normal routines to better inform public policy. The MindRider "reads" electrical activity between the brain's neurons, but the technology isn't...
The map, one of the central elements of navigation, has expanded in capability since the form has been translated to digital. Case in point, the MIT Media Lab’s “You Are Here” project is a collection of maps that visualize a variety of datasets over space. Things from bike accidents to coffee shops, graffiti reports, and transit connectivity are all laid out, using a variety of open data and other online resources, such as Google’s map directions services API. — marketplace.org
What if you only had to buy one piece of furniture to make your tiny apartment abundantly livable?
CityHome, a new project from MIT Media Lab’s Changing Places group, promises to make that fantasy a reality. The highly transformable device, loaded with built-in sensors, motors, and LED lights, promises to make a 200 sq.ft. apartment feel three times larger. — citylab.com
J. Meejin Yoon, architect and educator, has been appointed Head of the Department of Architecture beginning July 1. The first woman ever appointed to that post, she succeeds Nader Tehrani, who served as department head from 2010 to 2014. — newsoffice.mit.edu
[Adèle Naudé Santos] has decided to step down and return to the faculty, effective at the end of this semester. She is the ninth dean of the school and the second woman to hold the position of school dean at MIT. [...]
“I have loved this appointment, because I have loved this school,” said Santos. “The excellent faculty and students I’ve had the honor to collaborate with are more MIT than they’ve ever been: they’re intent on doing interesting research, crossing aisles, and pushing boundaries.” — MIT News
The MIT Department of Urban Studies and Planning released new research that examines the evolution of urban planning and its effects on communities. The report defines placemaking as “an innovative approach to transforming communities by creating and revitalizing open, public spaces around the needs and desires of the community.” — parksify.com
Known as M-Blocks, the robots are cubes with no external moving parts. Nonetheless, they’re able to climb over and around one another, leap through the air, roll across the ground, and even move while suspended upside down from metallic surfaces [...]
As with any modular-robot system, the hope is that the modules can be miniaturized: the ultimate aim of most such research is hordes of swarming microbots that can self-assemble, like the “liquid steel” androids in the movie “Terminator II.” — MIT News
MIT, you've done it again. And again. A team at CSAIL, MIT's Computer Science and Artificial Intelligence Laboratory, has developed M-Blocks -- robotic cubes that can self-assemble into practically any configuration, through a system of carefully aligned magnets and flywheels. Even at their...
D’Hooghe, a Belgian-born architect and director of the Center for Advanced Urbanism at MIT, cares deeply about urban form and the large-scale issues cities face in achieving more efficient energy use, better transportation and less congestion. One of his main concerns is better integrating suburbs with the larger metropolitan areas in which they exist. — web.mit.edu
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