Uniqlo’s robots have already replaced 90% of its human workers at its flagship warehouse, now they’ve cracked the difficult task of folding T-shirts

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Japanese clothing brand Uniqlo.

Uniqlo is coming close to full automation at its flagship warehouse in Tokyo, according to a new report from The Financial Times.

According to The FT, Uniqlo’s parent company, Fast Retailing, has partnered with a Japanese startup that develops industrial robots to create a two-armed robot that is able to pick up t-shirts and box these up, a task that could previously only be done by a human.

This is an important innovation as it could enable this factory, which has already replaced 90% of its workers with robots, to roll out a fully automated process.

Continue reading… “Uniqlo’s robots have already replaced 90% of its human workers at its flagship warehouse, now they’ve cracked the difficult task of folding T-shirts”

Researchers demonstrate chip-to-chip quantum teleportation

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Llewellyn et al realize an array of microring resonators (MRRs) to generate multiple high-quality single photons, which are monolithically integrated with linear-optic circuits that process multiple qubits with high fidelity and low noise.

A research team led by University of Bristol scientists has successfully demonstrated quantum teleportation of information between two programmable micrometer-scale silicon chips. The team’s work, published in the journal Nature Physics, lays the groundwork for large-scale integrated photonic quantum technologies for communications and computations.

Quantum teleportation offers quantum state transfer of a quantum particle from one place to another by utilizing entanglement.

Continue reading… “Researchers demonstrate chip-to-chip quantum teleportation”

Rolls-Royce ACCEL all-electric plane prepares to set a world record

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Rolls-Royce wants to create the ‘fastest electric plane ever,’ a goal that falls under its Accelerating the Electrification of Flight (ACCEL) initiative. The project is part of Rolls-Royce’s mission to advance aviation with the electrification of flight, opening the door for green air travel. The company is backed by government funding in this effort.

Assuming everything goes according to plan, ACCEL will usher in the fastest all-electric airplane in the world. The company announced last week that it has taken ‘an important step’ in this project by officially unveiling the electric model at the Gloucestershire Airport.

The company explains that its team is starting work on the ACCEL plane’s electrical propulsion system, specifically on integrating this system ahead of the record-breaking flight currently planned for next spring. Rolls-Royce expects the electric plane to reach or exceed 300 MPH.

Continue reading… “Rolls-Royce ACCEL all-electric plane prepares to set a world record”

Micro-angelo? This 3D-printed ‘David’ is just one millimeter tall

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3D printing has proven itself useful in so many industries that it’s no longer necessary to show off, but some people just can’t help themselves. Case in point: this millimeter-tall rendition of Michelangelo’s famous “David” printed with copper using a newly developed technique.

The aptly named “Tiny David” was created by Exaddon, a spin-off company from another spin-off company, Cytosurge, spun off from Swiss research university ETH Zurich. It’s only a fraction of a millimeter wide and weighs two micrograms.

It was created using Exaddon’s “CERES” 3D printer, which lays down a stream of ionized liquid copper at a rate of as little as femtoliters per second, forming a rigid structure with features as small as a micrometer across. The Tiny David took about 12 hours to print, though something a little simpler in structure could probably be done much quicker.

Continue reading… “Micro-angelo? This 3D-printed ‘David’ is just one millimeter tall”

The future of industrial real estate

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Lincoln Property Co. developed Lincoln Logistics 40, a state-of-the-art warehouse/distribution building that features 40-foot clear height in Goodyear, Ariz.

Logistics properties in the U.S. are getting loftier and more high-tech as an evolving supply chain drives innovation in sheds.

Prologis Inc., the largest warehouse provider in the U.S., wrapped up construction of a three-story distribution center in Seattle in October of last year. The 590,000-square-foot project, called Georgetown Crossroads, is the nation’s first logistics property to have multiple floors that are serviceable by large delivery trucks. Amazon has reportedly agreed to take up about 500,000 square feet in the warehouse, with Home Depot also planning to lease space.

Although common in the dense, costly urban centers of Asia and Europe, multistory warehouses are a novel concept in the U.S., where land is abundant and cheap and suppliers historically haven’t faced huge pressure to locate close to cities. But the future of industrial real estate is changing as e-commerce continues its rapid growth trajectory and consumers demand ever-faster delivery times.

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Scientists successfully turn breast cancer cells into fat to stop them from spreading

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Researchers have been able to coax human breast cancer cells to turn into fat cells in a new proof-of-concept study in mice.

To achieve this feat, the team exploited a weird pathway that metastasising cancer cells have; their results are just a first step, but it’s a truly promising approach.

Continue reading… “Scientists successfully turn breast cancer cells into fat to stop them from spreading”

Toronto to Montreal Hyperloop Train in under 40 minutes

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Toronto to Montreal Hyperloop Train – Would you like to get from Montreal to Toronto in 39 minutes, in a futuristic vehicle propelling you through a low-pressure tube at up to 1080 kilometers per hour? Well, that soon may very well be possible with the Toronto to Montreal Hyperloop Train.

Toronto and Montreal are finalists in Hyperloop One’s global competition to build the first ‘hyperloop high-speed transportation system’. The Toronto to Montreal route is one of their top choices. The two cities are major contenders where the company would build one of their first routes in the world.

The proposed route would connect Montreal, Ottawa, and Toronto and would travel 2-3 times faster than high-speed rail and magnetic levitation trains and 10-15 times faster than traditional rail.

Continue reading… “Toronto to Montreal Hyperloop Train in under 40 minutes”

What will make cargo bike package delivery succeed in New York?

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Lessons from other cities that have started replacing trucks with bikes.

What will make cargo bike package delivery succeed in New York?

At a UPS operating center in midtown Manhattan, two cargo delivery bikes will soon begin rolling out of a driveway in the morning a few hours before the usual delivery trucks begin their routes. The company is part of a new six-month pilot program in New York City that will test how well cargo bikes, with electric “pedal assist” for couriers, can potentially help relieve traffic by replacing some delivery trucks. A similar system is already in use in several other cities around the world: New York can learn from what’s working elsewhere to consider how the pilot could scale up.

In European cities, UPS typically brings a shipping container from a depot to a spot in the city center early in the morning, and couriers on bikes take loads of deliveries to nearby neighborhoods. Since the cargo bikes can’t carry as much as a truck, the cyclists have to make multiple trips; the system only makes economic sense in congested areas where trucks struggle to park, but bikes can reach customers more quickly. (We’re using the term bike liberally here, many of these vehicles have more than two wheels.)

Continue reading… “What will make cargo bike package delivery succeed in New York?”

Smart intersections could cut autonomous car congestion

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Researchers have developed a first-of-its-kind model to control traffic and intersections in order to increase autonomous car capacity on urban streets of the future, reduce congestion and minimize accidents.

In the not-so-distant future, city streets could be flooded with autonomous vehicles. Self-driving cars can move faster and travel closer together, allowing more of them to fit on the road — potentially leading to congestion and gridlock on city streets.

A new study by Cornell researchers developed a first-of-its-kind model to control traffic and intersections in order to increase car capacity on urban streets, reduce congestion and minimize accidents.

“For the future of mobility, so much attention has been paid to autonomous cars,” said Oliver Gao, professor of civil and environmental engineering and senior author of the study, which published in Transportation Research Part B.

Continue reading… “Smart intersections could cut autonomous car congestion”

Waymo is taking the safety drivers out to its autonomous taxis

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No Hands!

Waymo, the Google-affiliated self-driving car company, has finally started to operate its self-driving taxi service without any humans sitting behind the wheel.

That means passengers using the company’s Uber-like Waymo One service might find themselves shuttled around Arizona in the back seat of an otherwise-empty minivan, as one reporter for The Verge did. Removing the drivers is a major milestone in the race for fully-autonomous transport — the vehicles are still supervised remotely, but Waymo is now confident enough in its cars to almost entirely take humans out of the loop.

Continue reading… “Waymo is taking the safety drivers out to its autonomous taxis”

‘World’s first’ fully-electric commercial flight takes off

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A Harbour Air electric aircraft

An all-electric powered seaplane has taken flight in Vancouver, Canada, in what the operators describe as a “world first” for the aviation industry.

The short test flight by Harbour Air and magniX involved a six-passenger aircraft fitted with an electric motor.

The companies said it was a first step to building the “world’s first all-electric commercial fleet”.

The push to electric could help slash carbon emissions in the high-polluting aviation sector.

“This historic flight signifies the start of the third era in aviation – the electric age,” Harbour Air and magniX said in a statement.

Continue reading… “‘World’s first’ fully-electric commercial flight takes off”

Chinese scientists create ‘game-changer’ methanol battery that keeps drone in the air for 12 hours

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Developers of FY-36 say they overcame ‘tons of problems’ to create alcohol-fuelled battery that allows 15kg (33lb)6 drone to fly for up to 12 hours

With 15 test flights under their belt, Chinese team achieve methanol-powered flight before German company

Scientists working on a drone development programme created a “game-changing” methanol-powered fuel system that kept their UAV in the air for 12 hours.

It took them more than two years to get the FY-36 unmanned aerial vehicle to the flying prototype stage, said Zhang Wenyu, general manager of Feye UAV Technology, a Tianjin-based drone manufacturer that collaborated with the Dalian Institute of Chemical Physics, under the Chinese Academy of Sciences, in northeastern Liaoning province.

At 15 kilograms (33 pounds), the low-noise FY-36 can be lifted by an adult or transported in a pickup truck, and designers said its hybrid aerodynamic shape – with four vertical propellers – can allow it to cruise at speeds as high as 90km/h, or 56mph.

Continue reading… “Chinese scientists create ‘game-changer’ methanol battery that keeps drone in the air for 12 hours”

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