U.S. electric car manufacturer Tesla is close to testing a long-haul self-driving electric truck that could drive in convoys following a lead vehicle.

The company is reportedly also in contact with Nevada Department of Motor Vehicles about the possibility of testing the truck on the state’s roads.

Earlier this year Tesla’s founder Elon Musk announced that a new long-haul truck would be revealed in September but did not mention plans to make it self-driving.

Long-haul trucks on interstate highways often drive at relatively constant speeds with little or no intersections which makes autonomous driving easier to achieve.

Several large truck manufacturers, such as Volvo and Mercedes, as well as Silicon Valley companies have been working on the so-called ‘platooning’ technology that will enable long-range trucks to drive in formation, with only the lead vehicle having a human driver.

But even if the tech gets perfected, automakers are still struggling with the current limitations of electronic vehicles, namely their limited range per charge.
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Google’s workforce needs to “represent the world in totality,” said Sundar Pichai, Google’s chief executive, at an international girls coding competition held on the company’s campus here Thursday night.

His comments come as the search engine giant grapples with a high profile internal debate over the number and influence of its female employees. Last year, the company reported that women represent just 31 percent of Google’s workforce and held 24 percent of leadership roles. Several initiatives are underway to boost those numbers, but those efforts are now a focus of some criticism.

On Monday, the company fired James Damore, a male engineer, who wrote about the role of women in tech and criticized the company’s efforts to bring more women into its workforce.  

This week, the author of the memo filed a complaint with the National Labor Relations Board. The company canceled an employee town hall meeting because of online harassment prior to the meeting, according to reports.

But the coding competition, Technovation, provided an apt backdrop for Pichai’s comments.

With girls waving their country flags and pitching their products, Pichai appeared to address the controversy without speaking about it directly.

“I want you to know there’s a place for you in this industry,” Pichai said. “There’s a place for you at Google. Don’t let anyone tell you otherwise. You belong here, and we need you.”

The girls had competed for months – often teaching themselves to code – to make it to the final round in Mountain View, Calif. They learned how to test their products in the market and make their pitches in English.

Winners

A team from Kazakhstan won the senior round for their mobile app QamCare, which helps users keep track of each other in case of an emergency. They will receive $15,000.

Five runner-up senior teams from Kenya, Armenia, India and Kazakhstan will receive $10,000 each.

In the junior division, a team from Hong Kong won for Dementia Care Companion app. It uses games and cues to help people with dementia and their families stay connected. They will receive $10,000.

Runner-up teams from Cambodia, India, Canada and the U.S. will receive $5,000 each.

In the eight years of the competition, 15,000 girls from more than 100 nations have completed the program, said Tara Chklovski, founder and chief executive of Iridescent, the non-profit organization behind the event.

“The growing scale is exciting,” she said. “Many of these girls go on to win startup competitions, go to major in computer science. They get featured in national press. They get invited by heads of state.”
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Researchers in the United States have unveiled a prototype of a battery-free mobile phone using technology they hope will eventually be integrated into mass-market products. The phone is the work of a group of researchers at the University of Washington in Seattle and operates by harvesting tiny amounts of power from radio signals, known as radio frequency or RF waves. VOA’s George Putic has details in this report by Kevin Enochs.
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Artificial intelligence robots are turbocharging the race to find new drugs for the crippling nerve disorder ALS, commonly called Lou Gehrig’s disease.

The condition attacks and kills nerve cells controlling muscles, leading to weakness, paralysis and, ultimately, respiratory failure.

There are only two drugs approved by the U.S. Food and Drug Administration to slow the progression of ALS (amyotrophic lateral sclerosis), one available since 1995 and the other approved just this year. About 140,000 new cases are diagnosed a year globally, and there is no cure.

“Many doctors call it the worst disease in medicine, and the unmet need is huge,” said Richard Mead of the Sheffield Institute of Translational Neuroscience, who has found artificial intelligence (AI) is already speeding up his work.

Such robots — complex software run through powerful computers — work as tireless and unbiased super-researchers.

They analyze huge chemical, biological and medical databases, alongside reams of scientific papers, far quicker than humanly possible, throwing up new biological targets and potential drugs.

Cell deaths prevented

One candidate proposed by AI machines recently produced promising results in preventing the death of motor neurone cells and delaying disease onset in preclinical tests in Sheffield.

Mead, who aims to present the work at a medical meeting in December, is now assessing plans for clinical trials.

He and his team in northern England are not the only ones waking up to the ability of AI to elucidate the complexities of ALS.

In Arizona, the Barrow Neurological Institute last December found five new genes linked to ALS by using IBM’s Watson supercomputer. Without the machine, researchers estimate the discovery would have taken years rather than only a few months.

Mead believes ALS is ripe for AI and machine-learning because of the rapid expansion in genetic information about the condition and the fact there are good test-tube and animal models with which to evaluate drug candidates.

That is good news for ALS patients seeking better treatment options. Famous sufferers include Gehrig, the 1923-39 New York Yankees baseball player; actor and playwright Sam Shepard, who died last month; and cosmologist Stephen Hawking, a rare example of someone living for decades with the condition.

If the research goes on to deliver new medicines, it would mark a notable victory for AI in drug discovery, bolstering the prospects of a growing batch of startup companies focused on the technology.

Those firms are based on the premise that while AI robots won’t replace scientists and clinicians, they should save time and money by finding drug leads several times faster than conventional processes.

British ‘unicorn’

Mead from Sheffield is working with BenevolentAI, one of a handful of British “unicorns” — private companies with a market value above $1 billion, in this case $1.7 billion — which is rapidly expanding operations at its offices in central London.

Others in the field include Scotland’s Exscientia and U.S.-based firms Berg, Numerate, twoXAR, Atomwise and InSilico Medicine — the last of which recently launched a drug discovery platform geared specifically to ALS.

“What we are trying to do is find relationships that will give us new targets in disease,” said Jackie Hunter, a former drug hunter at GlaxoSmithKline (GSK) who now heads Benevolent’s pharma business. “We can do things so much more dynamically and be really responsive to what essentially the information is telling us.”

Unlike humans, who may have pet theories, AI scans through data and generates hypotheses in an unbiased way.

Conventional drug discovery remains a hit-and-miss affair, and Hunter believes the 50 percent failure rates seen for experimental compounds in mid- and late-stage clinical trials due to lack of efficacy is unsustainable, forcing a shift to AI.

A key test will come with a study by Benevolent to assess a previously unsuccessful compound from Johnson & Johnson in a new disease area — this time for treating Parkinson’s disease patients with excessive daytime sleepiness.

Big pharmaceutical companies like GSK, Sanofi and Merck are now exploring the potential of AI through deals with startups.

Being careful

They are treading cautiously, given the failure of “high throughput screening” in the early 2000s to improve efficiency by using robots to test millions of compounds. Yet AI’s ability to learn on the job means things may be different this time.

CPR Asset Management fund manager Vafa Ahmadi, for one, believes it is a potential game-changer.

“Using artificial intelligence is going to really accelerate the way we produce much better targeted molecules. It could have a dramatic impact on productivity, which in turn could have a major impact on the valuation of pharmaceutical stocks,” he said.

Drugmakers and startups are not the only ones chasing that value. Technology giants including Microsoft, IBM and Google’s parent Alphabet are also setting up life sciences units to explore drug R&D.

For Benevolent’s Hunter, today’s attempts to find new drugs for ALS and other difficult diseases amount to an important test vehicle for the future of AI, which is already being deployed in other high-tech areas such as autonomous cars.

“The aim is to show that we can deliver in a very difficult and complex area, ” Hunter said. “I believe if you can do it in drug discovery and development, you can show the power of AI anywhere.”
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U.S. Defense Secretary Jim Mattis kicked off his first official visit to the U.S. technology industry on Thursday with a tour of Amazon’s headquarters in Seattle, the first stop on a two-day outreach campaign intended to highlight the Pentagon’s commitment to tech innovation.

Mattis was scheduled to visit Mountain View, California, later in the day to tour the Pentagon’s Defense Innovation Experimental Unit, or DIUx, a Silicon Valley outpost set up in 2015 by his predecessor, Ash Carter.

He was also expected to visit Alphabet’s Google headquarters in Palo Alto on Friday.

“A pleasure to host #SecDef James Mattis at Amazon HQ in Seattle today,” Amazon Chief Executive Jeff Bezos wrote on Twitter.

The visit comes as the Trump administration has sparred with the technology industry on a host of issues, including immigration, privacy and net neutrality.

 
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A hundred teenage girls from seven countries are gathered in Malawi for a ‘Women in Science’ camp. Lameck Masina has the story from the Malawi University of Science and Technology in the Thyolo district of southern Malawi.
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China has sent an unbreakable code from a satellite to the Earth, marking the first time space-to-ground quantum key distribution technology has been realized, state media said Thursday.

China launched the world’s first quantum satellite last August, to help establish “hack proof” communications, a development the Pentagon has called a “notable advance.”

The official Xinhua news agency said the latest experiment was published in the journal Nature Thursday, where reviewers called it a “milestone.”

Quantum key technology

The satellite sent quantum keys to ground stations in China between 645 km (400 miles) and 1,200 km (745 miles) away at a transmission rate up to 20 orders of magnitude more efficient than an optical fiber, Xinhua cited Pan Jianwei, lead scientist on the experiment from the state-run Chinese Academy of Sciences, as saying.

“That, for instance, can meet the demand of making an absolute safe phone call or transmitting a large amount of bank data,” Pan said.

Any attempt to eavesdrop on the quantum channel would introduce detectable disturbances to the system, Pan said.

“Once intercepted or measured, the quantum state of the key will change, and the information being intercepted will self-destruct,” Xinhua said.

The news agency said there were “enormous prospects” for applying this new generation of communications in defense and finance.

China lags in space

China still lags behind the United States and Russia in space technology, although President Xi Jinping has prioritized advancing its space program, citing national security and defense.

China insists its space program is for peaceful purposes, but the U.S. Defense Department has highlighted its increasing space capabilities, saying it was pursuing activities aimed at preventing adversaries from using space-based assets in a crisis.
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The planet has a bit of a waste problem. Every year, at least 200 million tons of raw sewage goes untreated. This is an environmental and health crisis. But one enterprising startup in Kenya is turning all that waste into fuel. VOA’s Kevin Enochs reports.
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More than 20 million people are working as modern slaves, and a technology developer is hoping artificial intelligence can help clean up the world’s supply chains and root out worker abuse.

Developer Padmini Ranganathan said mobile phones, media reports and surveillance cameras can all be mined for real-time data, which can in turn be fed into machines to create artificial intelligence (AI) that helps companies see more clearly what is happening down the line.

“The time to do this now is better than ever before, with so many countries and companies focusing on modern slavery,” she said. “At the start of the decade, the driving force for compliance was fear of being penalized. Now companies are looking at social impact and saying they want to do this.”

​More scrutiny of modern-day slavery

Modern-day slavery has come under increasing scrutiny in recent years, putting regulatory and consumer pressure on companies to ensure their supply chains are free from forced labor, child workers and other forms of slavery.

Almost 21 million people are victims of forced labor, according to the International Labor Organization (ILO), with migrant workers and indigenous people particularly vulnerable.

But Ranganathan said there are new digital ways to stamp out exploitation, given humans have failed to end modern slavery.

“The technology can filter over 1 million articles a day using forced labor specific key words and highlight potential areas of risk in a supply chain,” she said.

Ranganathan works for information technology services company SAP Ariba, which helps companies better manage their procurement processes.

She said a new program could map weak links in corporate supply chains by culling data from a host of sources, from surveillance cameras to non-profits and other agencies.

“Artificial intelligence and machine learning can use these huge volumes of data and extract meaningful information,” she said.

Forced labor worth $150 billion

Forced labor in the private economy generates $150 billion in illegal profits per year, according to the ILO.

Ranganathan hopes her new program will curb that market and help create “supply chains with a conscience.”

For instance, she said it could help detect if child labor was used to pollinate cotton, which in turn was used to produce a branded shirt. Or it could help monitor labor conditions on cocoa plantations, giving companies “real-time exposure” so they can purge their supply chains of abuse right away.

“The convergence of technology will make things more transparent and real-time exposure can be created,” she said.

“In the AI world, techniques are being piloted where we could arm the lowest level supplier with a mobile app, ensure hotlines in factories, use of surveillance cameras and make this all a part of the contract.”

Ranganathan conceded that mapping the “last mile” of any supply chain was the hardest part, with many outsourcing work to homeworkers and small units, where data was harder to gather.
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Researchers in the United States have unveiled a prototype of a battery-free mobile phone, using

technology they hope will eventually come to be integrated into mass-market products.

The phone is the work of a group of researchers at the University of Washington in Seattle and works by harvesting tiny amounts of power from radio signals, known as radio frequency or ‘RF’ waves.

“Ambient RF waves are all around us so, as an example, your FM station broadcasts radio waves, your AM stations do that, your TV stations, your cellphone towers. They all are transmitting RF waves,” team member Vamsi Talla told Reuters.

The phone is a first prototype and its operation is basic — at first glance it looks little more than a circuit board with a few parts attached and the caller must wear headphones and press a button to switch between talking and listening.

But researchers said there are plans to develop further prototypes, featuring a low-power screen for texting and even a basic camera. They also plan a version of the battery-free phone that uses a tiny solar cell to provide power.

The researchers plan to release a product in eight to nine months time, thought they would not give further details. One team member however, was prepared to give a glimpse of how their work will impact the future of cellphone technology.

“In the future every smartphone will come with a battery-free mode where you can at least make a voice call when your battery’s dead,” said the researcher.

The initiative is not the only one seeking to improve the way that mobile technology is powered. Researchers at the Universities of Bristol and Surrey in Britain, are developing supercapacitors, which they believe will eventually allow devices to charge in a period of a few minutes.
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Facebook on Wednesday made its biggest move to date to compete in the television market by expanding its video offerings with programming ranging from professional women’s basketball to a safari show and a parenting program.

The redesigned product, called “Watch,” will be available initially to a limited group in the United States on Facebook’s mobile app, website and television apps, the company said.

The world’s largest social network added a video tab last year, and it has been dropping hints for months that it wanted to become a source of original and well-produced videos, rather than just shows made by users.

Reuters reported in May that Facebook had signed deals with millennial-focused news and entertainment creators Vox Media, BuzzFeed, ATTN, Group Nine Media and others to produce shows, both scripted and unscripted.

Daniel Danker, Facebook’s product director, said in a statement Wednesday: “We’ve learned that people like the serendipity of discovering videos in News Feed, but they also want a dedicated place they can go to watch videos.”

Facebook said the shows would include videos of the Women’s National Basketball Association, a parenting show from Time Inc and a safari show from National Geographic. Facebook is broadcasting some Major League Baseball games and that would continue, the company said.

Eventually, the platform would be open to any show creator as a place to distribute video, the company said.

The company, based in Menlo Park, California, faces a crowded market with not only traditional television networks but newer producers such as Netflix and Alphabet’s YouTube as well as Twitter and Snap.
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