Posts belonging to Category Companies



Budweiser Orders 40 Tesla Electric Trucks

The list of companies placing orders for Tesla Semi electric trucks keeps growing weeks after the unveiling event last month. Now Anheuser-Busch, the brewer behind Budweiser, announced that it ordered 40 Tesla Semi trucks. Last week, DHL confirmed an order of 10 trucks – bringing the tally to just over 200 Tesla Semi trucks. The brewer says that it will include the electric trucks in its distribution network as part of its commitment to reduce its operational carbon footprint by 30 percent by 2025. Considering the size of their distribution network, they say that it would be the equivalent of removing nearly 500,000 cars from the road globally each year.

At Anheuser-Busch, we are constantly seeking new ways to make our supply chain more sustainable, efficient, and innovative. This investment in Tesla semi-trucks helps us achieve these goals while improving road safety and lowering our environmental impact,” commented James Sembrot, Senior Director of Logistics Strategy.

Tesla Semi is actually only one part of Anheuser-Busch’s effort to modernize its fleet. They also confirmed orders from Nikola Motors for their battery/fuel cell hydrogen trucks and Uber’s Otto autonomous trucks.

Last year, Uber’s Otto completed its first shipment by self-driving truck with an autonomous beer run with Budweiser.

Source: https://electrek.co/

How To Remove Air Pollution Inside Cars

You might think sitting in your car with your windows closed keeps you safe from air pollution. The makers of a new pollution-busting filter say you’d be wrong.

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When you’re in your car you’re directly in the lanes of traffic and you’re actually taking air into the car. That’s coming from the exhaust of the cars in front of you. This means that there are greatly elevated levels of air pollution inside of a vehicle. This is both for nitrogen dioxide and for particulate matter“,  says Matthew Johnson,  Professor of Chemistry at the University of Copenhagen (Denmark).

Toxic air pollution passes through air inlets inside cars. Emissions from diesel vehicles are worst. The team from University of Copenhagen and start-up Airlabs has created Airbubbl, which contains two filters.
We have a chemical filter that’s removing nitrogen dioxide and ozone and odour from the air stream. We also have a high performance particle filter that’s removing soot and road dust and brake dust and these other components. We combine that inside this case. This plugs into the cigarette lighter. We have some quiet fans at the two ends of the device and we’ve used computational fluid dynamics in order to direct the airflow towards the passengers,” explains Johnson.
Independent tests in London saw nitrogen dioxide concentrations inside cars fall by 95 percent in 10 minutes. The Airbubbl is lightweight and easily attachable. A Kickstarter campaign has been launched to market the device.

Source: https://www.reuters.com/

Crowdfunding: https://www.kickstarter.com/

Copycat Robot

Introducing T-HR3, third generation humanoid robot designed to explore how clever joints can improve brilliant balance and real remote controlToyota says its 29 joints allow it to copy the most complex of moves – safely bringing friendly, helpful robots one step closer.


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Humanoid robots are very popular among Japanese people…creating one like this has always been our dream and that’s why we pursued it,” says Akifumi Tamaoki, manager of Partner robot division at Toyota.

The robot is controlled by a remote operator sitting in an exoskeletonmirroring its master’s moves, a headset giving the operator a realtime robot point of view.

We’re primarily focused on making this robot a very family-oriented one, so that it can help people including services such as carer” explains Tamaoki.
Toyota said T-HR3 could help around the homes or medical facilities in Japan or construction sites, a humanoid helping hand – designed for a population ageing faster than anywhere else on earth.

Source: http://toyota.com/

Glass Blocks Generate Electricity Using Solar Energy

Buildings consume more than forty percent of global electricity and reportedly cause at least a third of carbon emissions. Scientists want to cut this drastically – and create a net-zero energy future for new buildings. Build Solar want to help. The firm has created a glass brick containing small solar cells.

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On top of this we have placed in some intelligent optics which are able to focus the incoming sunlight onto these solar cells almost throughout the day. When we do that we are able to generate a higher amount of electrical output from each solar cell that we are using,” says Dr Hasan Baig, founder of Build Solar.
As well as converting the sun’s power to electricity, the bricks have other abilities.
The product is aligned to provide three different things, including electricity, daylighting, and thermal insulation which is generally required by any kind of construction product. More importantly it is aesthetic in its look, so it fits in very well within the building architecture,” adds Dr Baig.
Using Building Integrated Photovoltaics, the technology would be used in addition to existing solar roof panels. The University of Exeter spin-off is fine-tuning the design, which works in many colours. The company says the product could be market ready by the end of next year.

Source: https://www.buildsolar.co.uk/

Artificial Intelligence Chip Analyzes Molecular-level Data In Real Time

Nano Global, an Austin-based molecular data company, today announced that it is developing a chip using intellectual property (IP) from Arm, the world’s leading semiconductor IP company. The technology will help redefine how global health challenges – from superbugs to infectious diseases, and cancer are conquered.

The pioneering system-on-chip (SoC) will yield highly-secure molecular data that can be used in the recognition and analysis of health threats caused by pathogens and other living organisms. Combined with the company’s scientific technology platform, the chip leverages advances in nanotechnology, optics, artificial intelligence (AI), blockchain authentication, and edge computing to access and analyze molecular-level data in real time.

In partnership with Arm, we’re tackling the vast frontier of molecular data to unlock the unlimited potential of this universe,” said Steve Papermaster, Chairman and CEO of Nano Global. “The data our technology can acquire and process will enable us to create a safer and healthier world.”

We believe the technology Nano Global is delivering will be an important step forward in the collective pursuit of care that improves lives through the application of technology,” explained Rene Haas, executive vice president and president of IPG, Arm. “By collaborating with Nano Global, Arm is taking an active role in developing and deploying the technologies that will move us one step closer to solving complex health challenges.”

Additionally, Nano Global will be partnering with several leading institutions, including Baylor College of Medicine and National University of Singapore, on broad research initiatives in clinical, laboratory, and population health environments to accelerate data collection, analysis, and product development.
The initial development of the chip is in process with first delivery expected by 2020. The company is already adding new partners to their platform.

Source: https://nanoglobal.com/
AND
www.prnewswire.com

New Quantum Computer Uses 10,000 Times Less Power

Japan has unveiled its first quantum computer prototype, amid a global race to build ever-more powerful machines with faster speeds and larger brute force that are key towards realising the full potential of artificial intelligence. Japan’s machine can theoretically make complex calculations 100 times faster than even a conventional supercomputer, but use just 1 kilowatt of power – about what is required by a large microwave oven – for every 10,000 kilowatts consumed by a supercomputer. Launched recently, the creators – the National Institute of Informatics, telecom giant NTT and the University of Tokyo – said they are building a cloud system to house their “quantum neural network” technology.

In a bid to spur further innovation, this will be made available for free to the public and fellow researchers for trials at https://qnncloud.com
The creators, who aim to commercialise their system by March 2020, touted its vast potential to help ease massive urban traffic congestion, connect tens of thousands of smartphones to different base stations for optimal use in a crowded area, and even develop innovative new drugs by finding the right combination of chemical compounds.

Quantum computers differ from conventional supercomputers in that they rely on theoretical particle physics and run on subatomic particles such as electrons in sub-zero temperatures. Most quantum computers, for this reason, destabilise easily and are error-prone, thereby limiting their functions.

We will seek to further improve the prototype so that the quantum computer can tackle problems with near-infinite combinations that are difficult to solve, even by modern computers at high speed,” said Stanford University Professor Emeritus Yoshihisa Yamamoto, who is heading the project.
Japan’s prototype taps into a 1km-long optical fibre cable packed with photons, and exploits the properties of light to make super-quick calculations. Its researchers said they deemed the prototype ready for public use, after tests showed that it was capable of operating stably around the clock at room temperature.

Source: http://www.straitstimes.com/

Printed 3D Nanostructures Against Counterfeiting

Security features are to protect bank notes, documents, and branded products against counterfeiting. Losses caused by product forgery and counterfeiting may be enormous. According to the German Engineering Association, the damage caused in 2016 in its branch alone amounted to EUR 7.3 billion. In the Advanced Materials Technologies journal, researchers of Karlsruhe Institute of Technology (KIT) and the ZEISS company now propose to use printed 3D microstructures instead of 2D structures, such as holograms, to improve counterfeit protection.

Today, optical security features, such as holograms, are frequently based on two-dimensional microstructures,” says Professor Martin Wegener, expert for 3D printing of microstructures at the Institute of Nanotechnology of KIT. “By using 3D-printed fluorescent microstructures, counterfeit protection can be increased.” The new security features have a side length of about 100 µm and are barely visible with the eye or a conventional microscope. For their production and application, Wegener and his team have developed an innovative method that covers all processes from microstructure fabrication to the readout of information.

The microstructures consist of a 3D cross-grid scaffold and dots that fluoresce in different colors and can be arranged variably in three dimensions within this grid. To produce and print such microstructures, the experts use a rapid and precise laser lithography device developed and commercialized by the Nanoscribe company, a spinoff of KIT. It enables highly precise manufacture of voluminous structures of a few millimeters edge length or of microstructured surfaces of several cm² in dimension. The special 3D printer produces the structures layer by layer from non-fluorescent and two fluorescent photoresists. A laser beam very precisely passes certain points of the liquid photoresist. The material is exposed and hardened at the focus point of the laser beam. The resulting filigree structure is then embedded in a transparent polymer in order to protect it against damage.

Source: http://www.kit.edu/

Polymeric Materials Outperform Natural Antibodies

Experts from the Biotechnology Group led by Professor Sergey Piletsky at the University of Leicester (UK) in collaboration with the spin-off company MIP Diagnostics Ltd, have announced the development of polymeric materials with molecular recognition capabilities which hold the potential to outperform natural antibodies in various diagnostic applications.

chemical background

 In a newly released article ‘A comparison of the performance of molecularly imprinted polymer nanoparticles for small molecule targets and antibodies in the ELISA format’ the researchers successfully demonstrated that polymer nanoparticles produced by the molecular imprinting technique (MIP nanoparticles) can bind to the target molecule with the same or higher affinity and specificity than widely used commercially available antibodies and against challenging targets.

Additionally, their ease of manufacture, short lead time, high affinity and the lack of requirement for cold chain logistics make them an attractive alternative to traditional antibodies for use in immunoassays.

Professor Piletsky, from our Department of Chemistry, explained: “It is now well over twenty years since the first demonstration that molecularly imprinted polymers can be used as the recognition material in assays for clinically significant drugs“. 

Source: https://www2.le.ac.uk/

Tesla Electric Truck Travels 500 Miles (805 km) On A Single Charge

The main course was expected: a pair of sleek silver Tesla semi-trucks that get 500 miles per charge, go from zero to 60 mph in five seconds and — if the hype is to be believed — promise to single-handedly transform the commercial trucking industry. But dessert was a surprise: A bright red prototype of the newest Tesla Roadster, a revamped version of the company’s debut vehicle that can travel from Los Angeles to San Francisco and back on a single charge and go from zero to 60 mph in under two seconds. If true, that would make the $200,000 sports car the fastest production car ever made.

On Thursday night, Tesla chief executive Elon Musk delivered both dishes to a packed crowd at the company’s design studio in Hawthorne, Calif.

What does it feel like to drive this truck?” Musk asked the audience, shortly after his latest creations rolled onto the stage. “It’s amazing! It’s smooth, just like driving a Tesla.” “It’s unlike any truck that you’ve ever driven,” he added, noting that Tesla’s big rig puts the driver at the center of the vehicle like a race car, but surrounded with touchscreen displays like those found in the Model 3. “I can drive this thing and I have no idea how to drive a semi.”

Range anxiety has always been a key concern for anyone who is weighing the purchase of an electric vehicle. Musk sought to reassure potential buyers that the company’s big rigs can match — and surpass — the performance of a diesel engine, which he referred to as “economic suicide.” Musk did not reveal the truck’s exact price, but argued that a diesel truck would be 20 cents more expensive per mile than Tesla’s electric counterpart, which will be available for purchase in 2019.

Source: https://www.washingtonpost.com/

Breathing in Delhi air equivalent to smoking 44 cigarettes a day

It was early on the morning when residents in the Indian capital of Delhi first began to notice the thick white haze that had descended across the city. Initially viewed as a mild irritant, by mid-week its debilitating effects were evident to all, as the city struggled to adapt to the new eerie, martian-like conditions brought about by the pollution.

The World Health Organization considers anything above 25 to be unsafe. That measure is based on the concentration of fine particulate matter, or PM2.5, per cubic meter. The microscopic particles, which are smaller than 2.5 micrometers in diameter, are considered particularly harmful because they are small enough to lodge deep into the lungs and pass into other organs, causing serious health risks.
With visibility severely reduced, trains have been canceled, planes delayed and cars have piled into each other, with multiple traffic accidents reported across the city. On the afternoon, city chiefs closed all public and private schools, requesting instead that the city’s tens of thousands of school-aged children remain indoors; they banned incoming trucks and halted civil construction projects; while they announced new plans to begin implementing a partial ban on private car use as of next week. But as the city woke up to a fourth straight day of heavy pollution, practical considerations were being overtaken by more serious concerns, with journalists and doctors warning residents of the long-term health implications.

Air quality readings in the Indian capital have reached frightening levels in recent days, at one point topping the 1,000 mark on the US embassy air quality index. Across the capital, doctors reported a surge in patients complaining of chest pain, breathlessness and burning eyes. “The number of patients have increased obviously,” said Deepak Rosha, a pulmonologist at Apollo Hospital, one of the largest private hospitals in Delhi. “I don’t think it’s ever been so bad in Delhi. I’m very angry that we’ve had to come to this.”
Breathing in air with a PM2.5 content of between 950 to 1,000 is considered roughly equivalent to smoking 44 cigarettes a day, according to the independent Berkeley Earth science research group.

Sophia The Robot Says: ‘I have feelings too’

Until recently, the most famous thing that Sophia the robot had ever done was beat Jimmy Fallon a little too easily in a nationally televised game of rock-paper-scissors.

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But now, the advanced artificial intelligence robot — which looks like Audrey Hepburn, mimics human expressions and may be the grandmother of robots that solve the world’s most complex problems — has a new feather in her cap:

Citizenship.

The kingdom of Saudi Arabia officially granted citizenship to the humanoid robot last week during a program at the Future Investment Initiative, a summit that links deep-pocketed Saudis with inventors hoping to shape the future.

Sophia’s recognition made international headlines — and sparked an outcry against a country with a shoddy human rights record that has been accused of making women second-class citizens.

Source: https://www.washingtonpost.com/

AI-controlled Greenhouse Uses 90 Percent Less Water To Produce Salads

Californian startup  Iron Ox runs an indoor farm complete with a few hundred plants—and two robot farmers. Instead of using technology to grow genetically modified food, a former Google engineer partnered with one of his friends who had a PhD in robotics to open a technology-based farm where they plant, seed, and grow heads of lettuce.

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Iron Ox’s goal is to provide quality produce to everyone without a premium price. According to Natural Society the average head of lettuce travels 2,055 miles from farm to market, which is why fresh lettuce is often so expensive. Currently, Iron Ox only provides produce to restaurants and grocery stores in the Bay Area of California, which is why after a daily harvest, their products are hours fresh as opposed to shipped in. The company aims to open greenhouses near other major cities, guaranteeing same-day delivery from their trucks at a fraction of the price of the current supply chain.

So why the robots? Lettuce has always been a testing ground for farming innovation, from early greenhouses to closed aquaponic ecosystems. According to Iron Ox, their AI-controlled greenhouse uses 90 percent less water than traditional farms, and because of the technology, each head of lettuce receives intimate individualized attention that is not realistic with human labor. Iron Ox also says that because they grow their products indoors with no pesticides, they don’t have to worry about typical farming issues like stray animals eating their product.

Iron Ox has yet to launch a fully-functioning automated greenhouse, but hope to build their first by the end of 2017. However, Iron Ox is not the only company to experiment with robot farming. Spread, a sustainable farming organization, broke ground on their first techno-farm, which will be fully automated and operated by robots growing lettuce, in May. They have plans to expand to the Middle East next and then continue growing.

Does this mean the future of produce is automation? Not exactly. Agriculture is complex business, and not all produce can be greenhouse-grown as efficiently and effectively as lettuce. But it’s one more reason for farmers to be aware of how the robots are coming for us all.

Source: https://www.saveur.com/