NEVS unveils autonomous electric shuttle for urban use

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NEVS Sango autonomous electric shuttle, image credit: NEVS

Way last century, Sweden had two global auto manufacturers — Volvo and Saab. Volvo built staid cars that were as solid as the rock of Gibraltar. Saab was the quirky cousin that insisted on mounting its ignition switch in the center console rather than on the dashboard. It also offered styling that was trés avant. If you wanted safety in your Swedish car, you bought a Volvo. If you wanted a little dash of excitement, you bought a Saab.

Both companies got caught up in a game of “mine’s bigger than yours” that played out between Ford and General Motors at the end of the last century. Ford started things off by buying Jaguar and Land Rover as it put together what it called its Premium Auto Group. Then it bought Volvo in 1999. Not to be outdone, General Motors then purchased Saab. Less than 10 years later, both once proud Swedish manufacturers were toast and teetering on the edge of bankruptcy as the Great White Fathers in Detroit bled both companies dry.

Volvo was rescued by Geely but Saab slowly sank between the waves. Its car manufacturing assets were purchased out of bankruptcy by a new corporation somewhat grandly known as National Electric Vehicle Sweden, which set about converting the last generation Saab 9-3 to electric power. In 2015, the company signed a strategic collaboration agreement with Panda New Energy Company of China to deliver 150,000 9-3 electric vehicles by the end of 2020.

Evergrande Group of China acquired 51% of the shares in NEVS in January 2019. Evergrande has since then increased its holdings to 68%. National Energy Holding, owned by Kai Johan Jiang, owns the remaining shares. The company is still peddling the converted 9-3 battery electric car to a largely uninterested audience.

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When we’ll return to these ‘normal’ activities, according to experts

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Eating this close to a person outside your COVID bubble could be a long way offWictor Karkocha/Unsplash

Epidemiologists answer your burning questions.

Many Americans are clamoring to get back to normal life, whether the novel coronavirus is gone or not (and it most certainly is not). The banal hallmarks of everyday life—hair cuts! restaurants! physical human contact!—seem pretty tempting after more than three months of varying degrees of isolation.

Now is, unfortunately, not the time to get back to all of that, at least in the US. We haven’t yet gotten COVID under control. Cases are surging yet again in many states, and some places are now reversing some of their reopening steps in an effort to curb the growth. So, more people than ever are probably wondering: when the heck am I going to be able to live my normal life again?

For those of us who don’t know any epidemiologists to ask personally, the New York Times questioned 511 of them about when they would consider returning to a slate of normal activities. Some were extremely cautious (a few said they may never shake another person’s hand again) and others were cautiously optimistic (one epidemiologist told the Times that they were looking forward to dating again). Together, their responses can give us some guidance about when we might expect to have some semblance of normality again.

Here’s what they said:

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Sony’s wearable, pocket-sized air conditioner is finally available for sale!

Summer is not for everyone – sure it is nice when you are at the beach but is it nice to feel like you are being roasted like a turkey when its not Thanksgiving? I personally thrive in the snow but keeping on brand with being unprecedented like 2020, I have found myself in lockdown in India which means I am currently dealing with a hot, humid, tropical climate and it feels like I am an iPhone on 1% battery. What people like me need is Sony’s Reon Pocket air conditioner, which is FINALLY on sale, to keep us cool, calm, and collected!

A portable, wearable, air conditioner is no more a thing of futuristic TV shows. The Reon Pocket is a smartphone-controlled personal gadget that was designed to be compact and cool. It works using thermoelectric cooling and can cool the user’s body temperature by 13 degrees celsius (23 degrees Fahrenheit) and raise your temperature by about 8 degrees Celsius (about 14 degrees Fahrenheit). Reon sits on the base of your neck in a special undershirt designed for it. It uses the Peltier effect which means a temperature difference is created by applying a voltage between two electrodes connected to a sample of semiconductor material. The heat is absorbed or emitted when you pass an electrical current across a junction to either lower your temperature or increase it without bulk or noise.

It is sleek, minimal and comfortable as a piece of wearable tech. Like any smart device of our times, Reon’s functions can be controlled via Bluetooth. Set to the desired temperature using the mobile app which also features an automatic mode. It only weighs 85 grams and can be charged with the common USB-C port. The only downside is that the battery lasts for just two hours on a single charge but that is enough time for you to run all errands or enjoy a picnic before you start to melt.

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Tesla begins taking Cybertruck orders in China, Will drive one across America

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If reports about the number of reservations it has garnered are true, the Tesla Cybertruck may be the most eagerly anticipated new vehicle in history. Back in February, 532,000 people around the world were reportedly on the waiting list for one of Elon Musk’s segment-smashing vehicles. The no-obligation reservations are little more than a marketing tool for the company at this point. Tesla hasn’t even decided where to build the Cybertruck yet, let alone start constructing a factory. But that hasn’t stopped the company from taking orders for it on its Chinese website, according to Tesmanian.

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How far back in time could a modern English speaker go and still communicate?

 

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The transition from Old English to Modern English was a process, not an event

Changes in language don’t occur overnight, though slang terms come in and out of use relatively quickly and new words are invented while others fall into disuse. The rules of grammar you learned in school are the same ones your parents were taught and what your own kids will (or do) use. A few new words are tossed in the mix every few years to keep things interesting (remember the uproar when “ain’t” was added to the dictionary?).

The transition from Old English to Middle English to Modern English was a process rather than an event — the rules didn’t all suddenly change on May 24, 1503. Before the Normans invaded England in 1066, the people living in Britain spoke Old English or Anglo-Saxon. Some of the words from that time are still with us — the ones of the vulgar four-letter variety. Old English was so unlike Modern English it’s fair to view it as a foreign language. For example, here are the opening lines of the poem Beowulf:

Hwæt! Wé Gárdena in géardagum

þéodcyninga þrym gefrúnon

hú ðá æþelingas ellen fremedon.

I’m completely lost. Something about a garden, maybe?

Modern English translation as follows:

Listen! We — of the Spear-Danes in the days of yore,

of those clan-kings — heard of their glory,

how those nobles performed courageous deeds.

Yeah, not even close.

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Chinese electric buses roll out across Latin America

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Cities across Latin America are cleaning their transport networks with Chinese electric buses – some quicker than others

If 2019 was a watershed year for Chinese electric buses in Latin America, in 2020 they became mainstream.

Latin American countries are moving towards cleaner public transport in their most populated cities. In the process, they have overcome existing entry barriers to the widespread rollout of the technology – driven globally by China – including scarcities of national financing models, charging points and trained personnel.

Manufacturers of Chinese electric buses stand out as the largest providers to the region. Adalberto Maluf, president of the Brazilian Association of Electric Vehicles and marketing director of Chinese maker BYD, said: “BYD sold 1045 buses last year in Latin America. This shows that the market is growing. It is not the size of the European market, or the US, but it’s already very close.”

In total, Latin America has 1229 electric buses in operation in 10 countries, including 563 ordinary buses, 624 trolleybuses and 41 midi e-buses, according to the new E-Bus Radar project led by the Sustainable Mobility Laboratory at the Federal University of Rio de Janeiro.

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Didi Chuxing: Apple-backed firm aims for one million robotaxis

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Chinese ride-hailing firm Didi Chuxing says it plans to operate more than a million self-driving vehicles by 2030.

The robotaxis are to be deployed in places where ride-hailing drivers are less available, according to Meng Xing, Didi’s chief operating officer.

Mr Meng was speaking at an online conference hosted by the Hong Kong-based South China Morning Post newspaper.

One analyst suggested it was a very ambitious aim.

“I’ll be surprised if we see a million by 2030,” a spokesman for market research firm Canalys said.

“I hope that happens but there’s a lot to take place in meantime.”

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Study says autonomous taxis will cost users more than car ownership

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When Sir Thomas More coined the term “utopia,” he lifted two words from Ancient Greek that roughly translate into “not a place.” Turns out people from the 16th century still understood satire, perhaps better than we do today. After all, we are the ones operating under the assumption that we can remap society in order to build consequence-free transportation network without a shred of humor to keep us grounded.

We may not need satire in this instance, however. A new study published in the American Journal of Public Health asks questions about how just effectively the shift to autonomy will benefit society as a whole. Industry leaders have broadly framed the shift toward self-driving as kicking down the door to an idyllic universe where no one wants for transportation, with autonomous taxis serving as the first wave of this planned paradise. The reality may be vastly different that what’s being sold, however.

The study essentially asserts that the entire concept of robotic cabs doesn’t actually serve poor communities any better than just buying one’s own automobile. Researchers compared the costs of a robo-taxi trip with those of owning a conventional used vehicle in an urban environment. Tabulating the combined costs of vehicle financing, licensing, insurance, routine maintenance, fuel/electricity and everything else they could account for, the team estimated that self-driving taxis would cost a minimum of $1.58 per mile. By contrast, the total cost associated with traditional vehicle ownership (assuming one is trying to be thrifty) ended up being 52 cents per mile. At least, that was the case for their model in San Francisco.

While your author has long suspected that unsupervised robotic taxis might outpace the subway as one of the dirtiest ways to get around (and become potential liabilities for whoever operates them), the general assumption has been that they’ll offer societal and health benefits that vastly outperform private vehicle ownership — almost as if the people making these assessments have never taken a regular cab or piloted an inner-city ZipCar. Other presumed benefits involve improved air quality by making it easier for people to get by without an automobile of their own.

But this thinking comes with some problems. Studies have already shown that ride-hailing firms exacerbate congestion by having a fleet of cars constantly scouring the streets in search of fares. That interim period between riders wastes energy and will be broadly similar when/if autonomous vehicles arrive. Why should we believe they’ll be any different when they’ll be similarly competing for riders and milling around neighborhoods? Even if they’re entirely electric, that energy has to be sourced from somewhere, and much of it will be in service of nothing.

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Study: Only 18% of data science students are learning about AI ethics

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The neglect of AI ethics extends from universities to industry

 A study by data science firm Anaconda found an absence of AI ethics initiatives in both academia and industry.

Amid a growing backlash over AI‘s racial and gender biases, numerous tech giants are launching their own ethics initiatives — of dubious intent.

The schemes are billed as altruistic efforts to make tech serve humanity. But critics argue their main concern is evading regulation and scrutiny through “ethics washing.”

At least we can rely on universities to teach the next generation of computer scientists to make. Right? Apparently not, according to a new survey of 2,360 data science students, academics, and professionals by software firm Anaconda.

Only 15% of instructors and professors said they’re teaching AI ethics, and just 18% of students indicated they’re learning about the subject.

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New research advances U.S. Army’s quest for ultra-secure quantum networking

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Two U.S. Army research projects at the University of Chicago advance quantum networking, which will play a key role in future battlefield operations.

Two U.S. Army research projects advance quantum networking, which will likely play a key role in future battlefield operations.

Quantum networks will potentially deliver multiple novel capabilities not achievable with classical networks, one of which is secure quantum communication. In quantum communication protocols, information is typically sent through entangled photon particles. It is nearly impossible to eavesdrop on quantum communication, and those who try leave evidence of their tampering; however, sending quantum information via photons over traditional channels, such as fiber-optic lines, is difficult – the photons carrying the information are often corrupted or lost, making the signals weak or incoherent.

In the first project, the University of Chicago research team, funded and managed by the U.S. Army’s Combat Capability Development’s Army Research Laboratory’s Center for Distributed Quantum Information, demonstrated a new quantum communication technique that bypasses those traditional channels. The research linked two communication nodes with a channel and sent information quantum-mechanically between the nodes—without ever occupying the linking channel.

“This result is particularly exciting not only because of the high transfer efficiency the team achieved, but also because the system they developed will enable further exploration of quantum protocols in the presence of variable signal loss,” said Dr. Sara Gamble, program manager at the lab’s Army Research Office and co-manager of the Center for Distributed Quantum Information. “Overcoming loss is a key obstacle in realizing robust quantum communication and quantum networks.”

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Send your ashes into orbit for a funeral in space

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Services such as Celestis and Aura Flights send remains to the skies in an epic final journey.

Even in the freezing cold, Steven Schnider would often drag his wife Christine outside to look up at the night sky. He’d point out everything from planets to comets to satellites he’d tracked down using an app called Heavens Above.

“He’d say, ‘Do you see it?’ It’s right there. And it would be the faintest little piece of light going across the sky,” Christine recalls. “He was just so excited about it.”

When Steven was close to death in 2017, there was a consensus among family members that a space burial would be the best way to send him off. Their daughter took out her phone, did a quick search and pulled up a company called Celestis.

Last June, a portion of Steven’s ashes — along with cremated remains from over 150 other Celestis clients — were flown into Earth’s orbit aboard SpaceX’s Falcon Heavy rocket, which launched from the Kennedy Space Center in Florida. Another portion of his ashes will fly aboard the Luna 02 mission, which is slated for takeoff in 2022.

“He’d be so excited that he was in space,” Christine says.

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How virtual reality overcame its ‘puke problem’

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For years, VR devices caused motion sickness – known as the “barfogenic zone”. Have engineers finally solved it, asks Colin Barras, or just replaced it with a different kind of queasiness?

Back in the early 1990s, virtual reality was poised to revolutionise gaming. Games giant Sega, makers of the hugely popular Genesis console, had just unveiled the Sega VR project. At the project’s core lay a headset that coupled state-of-the-art graphics with movement tracking software to immerse gamers in a rich and vibrant virtual world. At least, that was the plan.

The reality of Sega’s virtual reality fell some way short. The biggest problem was that the onscreen graphics didn’t keep pace with the gamer’s head movements, triggering a form of motion sickness. Thomas Piantanida, then principal scientist of SRI International’s Virtual Perception Program, test drove a prototype in 1993 and came up with a name for the vomit-inducing phenomenon. The headset’s graphical output, he said, lay in the “barfogenic zone”. By 1994, Sega had quietly shelved the project.

Virtual reality is back in the news this week, as Facebook has just forked out $2 billion for Oculus VR. The social media giant is betting that immersive virtual and augmented reality will become a part of people’s everyday life, which raises the question of whether the technology has managed to escape the barfogenic zone during the last 20 years.

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