A tiny piece of Martian basalt the size of a 10p coin will be launched on board a U.S. robot probe on Thursday and propelled towards the red planet on a seven-month journey to its home world. The Guardian reports: This extraordinary odyssey, the interplanetary equivalent of sending coals to Newcastle, will form a key part of Nasa's forthcoming Mars 2020 expedition. Space engineers say the rock -- which has been donated by the Natural History Museum in London -- will be used to calibrate detectors on board the robot rover Perseverance after it lands and begins its search for signs of past life on the planet. "When you turn on instruments and begin to tune them up before using them for research, you calibrate them on materials that are going to be like the unknown substances you are about to study. So what better for studying rocks on Mars than a lump that originated there?" said Professor Caroline Smith, the Natural History Museum's principal curator of meteorites.

Scientists were confident that the rock they were returning to Mars originated on the planet, added Smith, who is also a member of the Mars 2020 science team. "Tiny bubbles of gas trapped inside that meteorite have exactly the same composition as the atmosphere of Mars, so we know our rock came from there." It is thought that the Martian meteorite was created when an asteroid or comet plunged into the planet about 600,000 to 700,000 years ago, spraying debris into space. One of those pieces of rubble swept across the solar system and eventually crashed on to Earth. That meteorite -- now known as SAU 008 -- was discovered in Oman in 1999 and has been in the care of the Natural History Museum since then.

Among the instruments fitted to the Perseverance rover is a high-precision laser called Sherloc, which will be used to decipher the chemical composition of rocks and determine if they might contain organic materials that indicate life once existed -- or still exists -- on Mars. The inclusion of a piece of SAU 008 is intended to ensure this is done with maximum accuracy. Once Perseverance has selected the most promising rocks it can find, it will dump them in caches on the Martian surface. These will then be retrieved by subsequent robot missions and blasted into space towards Earth for analysis.

AmiMoJo shares a report from the BBC: China has launched its first rover mission to Mars. The six-wheeled robot, encapsulated in a protective probe, was lifted off Earth by a Long March 5 rocket from the Wenchang spaceport on Hainan Island at 12:40 local time (04:40 GMT). It should arrive in orbit around the Red Planet in February. Called Tianwen-1, or "Questions to Heaven," the rover won't actually try to land on the surface for a further two to three months. This wait-and-see strategy was used successfully by the American Viking landers in the 1970s. It will allow engineers to assess the atmospheric conditions on Mars before attempting what will be a hazardous descent. Tianwen-1 is one of three missions setting off to Mars in the space of 11 days. On Monday, the United Arab Emirates (UAE) launched its Hope satellite towards the Red Planet. And in a week from now, the U.S. space agency (Nasa) aims to despatch its next-generation rover, Perseverance.

Remember Flippy, the burger-flipping robot who was fired for being too slow?

Since then he's been busy — and his robotic arm just landed a test gig flipping burgers in a White Castle restaurant in Chicago, reports Mashable: Since its unveiling in 2018, Flippy has cooked more than 40,000 pounds of fried food — including 9,000 sandwiches at LA's Dodger Stadium, the Arizona Diamondbacks' Chase Field, and two CaliBurger locations, where it works alongside humans to increase productivity and consistency.

"I think automation is here to stay and this is the first example of a really large credible player starting down that journey," Miso Robotics CEO Buck Jordan told TechCrunch of the White Castle collab. Engineers are working to install the latest version of Flippy at an undisclosed location in Chicago, where the mechanical fry cook will be integrated into the restaurant's point-of-sale system, allowing it to get to work as soon as an order is placed. Customers in the Windy City can keep an eye out for Flippy starting in September.
That "latest version" is named Flippy ROAR (Robot-on-a-Rail), according to USA Today.

Citing a statement from White Castle, they report that "The idea is to reduce human contact with food during the cooking process..."

At Tyson's 26,000-square-foot, multi-million dollar Manufacturing Automation Center near its headquarters in Springdale, Arkansas, the company will apply the latest advances in machine learning to meat manufacturing, with the goal of eventually eliminating jobs that can be physically demanding, highly repetitive and at times dangerous. Bloomberg reports: Advances in technology are making it possible to make strides in automation. For example, machine vision is now accurate and speedy enough to apply to meat production, which is highly labor intensive compared with other food manufacturing. Also, a lot of washing and sanitizing occurs in a meat-packing plant, which has traditionally been difficult on robots, but now the machines are built to withstand that. At Tyson's new facility, a series of laboratories showcase different types of robots. Mechanical arms in glass cases use smart cameras to sort colorful objects or stack items. In another room, a larger machine called a palletizer performs stacking tasks. There's also a training space.

Many of the types of robots that a meatpacking plant would need are not on the market currently, so the company needs to innovate and collaborate with partners to create them, said Doug Foreman, a director in engineering at Tyson. But the technology is ready. The processing capabilities of cameras are "so advanced even from a few years ago," Foreman said. "Processing-speed-wise, it's there now for us."

According to Nikkei Asian Review, much of the PlayStation's success can be attributed to an unassuming factory in Japan that is almost entirely operated by robots. From the report: On the outskirts of Kisarazu, a large, white building towers over an otherwise suburban landscape. Once inside, visitors are greeted by the whirring of motors as dozens of robots seamlessly churn out PlayStation 4 consoles. Just a few humans were present to deal with a handful of tasks -- two to feed bare motherboards to the line, and two to package the finished consoles. But the actual assembly is done entirely by articulated robots, supplied by Mitsubishi Electric. The 31.4-meter line, completed in 2018, has the ability to churn out a new console every 30 seconds.

The Kisarazu plant is operated by Sony Global Manufacturing & Operations, or SGMO, the group's manufacturing arm. The unit has worked with video game unit Sony Interactive Entertainment to bring cutting-edge technologies to the facility. One of the plant's crowning achievements is the use of robots to attach wires, tape and other flexible parts to the consoles. Twenty-six out of 32 robots at the Kisarazu plant are dedicated to the task, deftly handling materials most robots would find too finicky. "There's probably no other site that can manipulate robots in this manner," said an engineer. Every process -- all the way to final packaging -- is automated. The blend of robotic and human labor is painstakingly optimized with a priority on return on investment.

An anonymous reader writes: Boston Dynamics today opened commercial sales of Spot, its quadruped robot that can climb stairs and traverse rough terrain. Businesses can purchase the Spot Explorer developer kit for $74,500 at shop.bostondynamics.com. Spot Explorer includes the robot, two batteries, the battery charger, the tablet controller, a robot case, a power case, and Python client packages for Spot APIs. Boston Dynamics will also be selling Spot payloads, and customers will get software updates "when available." The company is offering free shipping for a limited time -- the website currently states that Spot Explorer ships in six to eight weeks.

The announcement marks a couple of milestones for the company founded in 1992. It's the first time businesses can purchase a Boston Dynamics robot directly. It's also the company's first online sales offering. Spot is only for sale in the U.S. for commercial and industrial use, but the company hopes to expand internationally this year. "We plan to manufacture around a thousand Spots in the next year but can increase that based on the demand," a Boston Dynamics spokesperson told VentureBeat. "We are exploring opportunities for enabling sales overseas this year." The company was originally planning to finish building 1,000 Spots by mid-2020, but the coronavirus pandemic disrupted that timeline.

After seven years, Lego has finally unveiled a new Mindstorms kit, reports PC Magazine -- the Lego Mindstorms Robot Inventor, available this fall for $359: The Robot Inventor kit lets kids (or adults) build five different robot models out of 949 pieces, ranging from a four-legged walker to a bipedal wheeled robot that can give high-fives. All of these robots can be programmed to perform different tricks, like grabbing items, firing plastic projectiles, avoiding obstacles, and playing various sports with a ball.

The kit includes four low-profile, medium-angular motors; a color and light sensor; and a distance sensor, which work together with the Intelligent Hub block to power these robots and execute commands. Of course, like all Mindstorms kits, you can build your own robotic creations with the tools at hand, and add Lego Technic and System pieces for more complex projects.

The Intelligent Hub serves as the brain of Lego Mindstorms, and the block that houses the Mindstorms Robot Inventor Kit is the most advanced one yet. It features six input/output ports for sensors and motors, a six-axis gyro/accelerometer, a speaker, and a five-by-five LED matrix. The Intelligent Hub and all robots built with it can be controlled wirelessly over Bluetooth with the Lego Mindstorms Robot Inventor app for Android, iOS, Windows 10, and macOS. The app supports programming in both the tile-based Scratch language and in Python, for more complex projects that require the precision of written code.

NASA has awarded Astrobotic of Pittsburgh $199.5 million to deliver NASA's Volatiles Investigating Polar Exploration Rover (VIPER) to the Moon's South Pole in late 2023. From a report: The water-seeking mobile VIPER robot will help pave the way for astronaut missions to the lunar surface beginning in 2024 and will bring NASA a step closer to developing a sustainable, long-term presence on the Moon as part of the agency's Artemis program. "The VIPER rover and the commercial partnership that will deliver it to the Moon are a prime example of how the scientific community and U.S. industry are making NASA's lunar exploration vision a reality," said NASA Administrator Jim Bridenstine. "Commercial partners are changing the landscape of space exploration, and VIPER is going to be a big boost to our efforts to send the first woman and next man to the lunar surface in 2024 through the Artemis program."

VIPER's flight to the Moon is part of NASA's Commercial Lunar Payload Services (CLPS) initiative, which leverages the capabilities of industry partners to quickly deliver scientific instruments and technology demonstrations to the Moon. As part of its award, Astrobotic is responsible for end-to-end services for delivery of VIPER, including integration with its Griffin lander, launch from Earth, and landing on the Moon.

WhatsApp claims it fixed an issue that was showing users' phone numbers in Google search results. From a report: The change comes after security researcher Athul Jayaram revealed that phone numbers of WhatsApp users who used the Click to Chat feature were being indexed in search. Click to Chat allows users to create a link with their phone number in plain text. According to Jayaram, because the links don't have a robot.txt file in the server root, they cannot stop Google or other search engine bots from crawling and indexing the links. Jayaram says as many as 300,000 phone numbers may have appeared in Google search results, and they could be found by searching "site:wa.me."

Microsoft's decision to replace human journalists with AI to run its news and search site MSN.com has been criticized after the automated system confused two mixed-race members of British pop group Little Mix. From a report: As first reported by The Guardian, the newly-instated robot editors of MSN.com selected a story about Little Mix singer Jade Thirlwall's experience with racism to appear on the homepage, but used a picture of Thirlwall's bandmate Leigh-Anne Pinnock to illustrate it. Thirlwall drew attention to the mistake on her Instagram story, writing: "@MSN If you're going to copy and paste articles from other accurate media outlets, you might want to make sure you're using an image of the correct mixed race member of the group." She added: "This shit happens to @leighannepinnock and I ALL THE TIME that it's become a running joke ... It offends me that you couldn't differentiate the two women of colour out of four members of a group ... DO BETTER!"

sciencehabit quotes Science magazine: The classic eye exam may be about to get an upgrade. Researchers have developed an online vision test — fueled by artificial intelligence (AI) — that produces much more accurate diagnoses than the sheet of capital letters we've been staring at since the 19th century. If perfected, the test could also help patients with eye diseases track their vision at home...

[W]hen the researchers ran their "Stanford acuity test" (StAT) through 1000 computer simulations mimicking real patients, the diagnostic reduced error by 74% compared with the classic eye test, the team reports this month in the Proceedings of the AAAI Conference on Artificial Intelligence. The simulations work by starting with a known acuity score and factors in the types of mistakes a human might make. It then virtually "takes" the different eye tests in order to compare how accurate they are. The team used this instead of actual patients because it starts with the "true" acuity — something unknown in a human.

You can take StAT yourself at myeyes.ai, although the team cautions that the test isn't meant to replace doctor visits just yet.

Robotic hands capable of picking up objects as fragile as a crisp by "sensing" objects have been developed by researchers. The Independent reports: Two new tools built by MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL) offer a breakthrough in the emerging field of soft robotics -- a new generation of robots that use squishy, flexible materials rather than traditional rigid equipment." These types of soft robots often draw inspiration from living organisms and offer numerous benefits in their versatile functionality. They are able to operate far more delicately than their rigid counterparts, but until now they have lacked the ability to perceive what items they are interacting with. To overcome this, the researchers equipped their robots with various sensors, cameras and software, allowing them to "see and classify" a range of objects.

The first robot built of research from MIT and Harvard University in 2019, where a team developed a robotic gripper in the shape of a cone. It worked by collapsing in on an object in a similar way to a Venus flytrap, allowing it to pick up a range of awkwardly shaped objects up to 100-times its weight. By adding tactile sensors, the robot was able to understand what it was picking up and adjust the amount of pressure exerted accordingly. Of the 10 objects used in the experiment, the sensors were able to identify them with an accuracy rate of more than 90 percent. The second robot made use of an innovative "GelFlex" finger, which uses a tendon-driven mechanism and an array of sensors to provide "more nuanced, human-like senses." The team now hopes to fine-tune the sensing algorithms and introduce more complex finger configurations, such as twisting.

When Dutch restaurants open tomorrow, one will be using two shiny white-and-red robot waiters, reports the Associated Press: "Hello and welcome," the robots say — in a voice best described as pre-programmed. Their duties will include greeting customers, serving drinks and dishes and returning used glasses and crockery. It's unclear whether diners will be expected to tip.

One thing the robots will certainly do is see that social distancing rules are respected. "We will use them to make sure the five feet we need during the corona crisis sticks," Leah Hu said. "I've had negative reactions," she said, "such as saying it makes it impersonal." But it may prove just what customers crave when Dutch restaurants are allowed to reopen Monday as lockdown restrictions are further eased.

In a stab at quasi-human panache, one robot wears a chiffon scarf around its neck....

And in the southern Zeeland province, the Hus don't want to hear any complaints about the robots robbing young people of a job. They say it's hard enough anyway to find staff in a rural region without any major city close by... "We are often busy and cleaning tables and the robots give us an extra hand." It also frees up the human staff for some more personal contact. "We are not disappearing. We are still here. They will always need people in this industry," she said.

Amazon is in advanced talks to buy Zoox in a move that would expand the e-commerce giant's reach in autonomous-vehicle technology. The Wall Street Journal reports: The companies are discussing a deal that would value Zoox at less than the $3.2 billion it achieved in a funding round in 2018, according to people familiar with the matter. An agreement may be weeks away, one of the people cautioned, and the discussions could still fall apart. Zoox, founded in 2014, has been working to develop the hardware and software needed to create electric-powered, robot taxis that would be summoned by smartphone app starting this year. A successful deal could give new life to a once-high-profile startup that has seen its fortunes dim as it struggled to raise money.

"If certain businesses — say, the next generation of meat plants — can't reopen safely and profitably with humans, they can and should do so with robots," argued a recent Bloomberg column titled "Let's make a deal with our robot overlords." [Alternate source]

The column posits that right now some jobs "just aren't good enough to protect." Until now, among the biggest obstacles was the transition cost of going from badly paid humans to machines. But if companies disrupt their workflow by actually shutting down production to save lives (as they should), then they will have paid much of the cost... People will probably welcome the brave new world, particularly if it's more hygienic... I confess I'd prefer a self-cleaning, self-driving car so I don't have to share space with a human driver, for both our sakes...

[W]hat will happen to the enormous jobless underclass that such an accelerated shift to automation will create? This is where I think the sheer magnitude of the coronavirus crisis might actually help, for three reasons. First, when so many people are suddenly and violently thrown out of work at the same time, it creates a sense of solidarity that a slow, insidious process such as offshoring does not. Second, the jobless are not perceived, and do not perceive themselves, as at fault for their predicament. This is a natural disaster, beyond their control... Third, and perhaps most important, real change will look newly possible in light of the unprecedented measures the government has already taken to combat the crisis...

[I]f the winners of the AI revolution want to avoid the business disruption of an actual revolution, they should be prepared to negotiate a new and very different deal.

Long time reader schwit1 shares a report: At the ACM/IEEE International Conference on Human-Robot Interaction (HRI 2020), researchers at Yale University's Social Robotics Lab led by Brian Scassellati presented a paper taking the first step towards determining whether dogs, which are incredibly good at understanding social behaviors in humans, see human-ish robots as agents -- or more specifically, whether dogs see robots more like humans (which they obey), or more like speaker systems (which they don't). The background research on dog-robot interaction that forms the basis for this work is incredibly interesting. The paper is absolutely worth reading in its entirety, but here are a few nuggets of prior work that should help you understand how dogs interact with non-human animated objects:

"Pongracz et. al tested whether dogs followed commands from their guardians with various levels of embodiment. The guardians may be present in the same room as the dogs (i.e., 3D condition), or interacted with the dogs via live-stream life-size interactive videos (i.e., 2D condition), or interacted with the dogs with only their voices came out of a loudspeaker (i.e., 0D condition). Dogs followed the commands most reliably in the 3D condition. They followed the commands least consistently in the 0D condition, and their performances were between 3D and 0D condition in the 2D condition.

Lakatos et. al conducted a study to test how dogs responded to the pointing cues given by a PeopleBot with customized arms. The PeopleBot either exhibited human-like behaviors or no social behaviors, depending on the condition. A dog participant observed the robot interacting with the guardian either socially or mechanically for six minutes in the interaction phase. The robot then delivered a food reward for the dog. In the subsequent testing phase, the robot pointed to one of the two buckets with hidden food rewards. In the testing phase, dogs performed better in the condition with a social robot than with a nonsocial robot. However, no evidence suggested the mean performance with the social robot was significantly different from 50 percent, which is the chance level in two-choice tasks. Therefore, the dogs did not consistently follow the pointing cues provided by the social robot, even though dogs in general follow human pointing cues well."

Amazon has built robot that is designed to kill the novel coronavirus with ultraviolet light. From a report: The robot looks a little like a hotel luggage cart, with a tall metal frame attached to a rectangular wheeled bottom. One side of the frame is outfitted with at least 10 ultraviolet tube lights. In a video shared with CBS News' "60 Minutes," the robot rolls down the freezer aisle of a Whole Foods store, aiming UV light at the freezer doors. The robot could be used in warehouses and at Whole Foods stores to kill the virus on surfaces such as food, packaging, and door handles. Amazon spokeswoman Kristen Kish said the company's robotics group has been designing and testing the UV robot.

watha2020 writes: Spot, the four-legged robot made famous by its YouTube dance video, is being tested as a remote triage system at Boston's Brigham Women's Hospital. A Spot robot carrying an iPad allows doctors to interview possibly infected patients at a safe distance. [Spot is also carrying a pouch near the robot's "tail," which allows it to deliver small items such as bottled water to infected patients, without the need to send in a nurse. The report adds that an upgraded model will add cameras that can measure a patient's respiration rate and body temperature, with no need to make physical contact.] An anonymous Slashdot reader also shares news that Boston Dynamics today open-sourced its health care robotics toolkit on GitHub. "The company hopes that existing Boston Dynamics customers and other mobile robot providers can use the toolkit, which includes documentation and CAD files of enclosures and mounts, to help health care workers and essential personnel and ultimately save lives," reports VentureBeat. "The mobile robot provider outlined four use cases for its toolkit: telemedicine (which it has already deployed), remote vitals inspection, disinfection, and delivery."

Space.com calls it "the first commercial satellite servicing mission." But more specifically, it's being called "the first in-orbit rendezvous and docking of two commercial satellites" in a statement from Northrop Grumman Space Systems, which also notes their "subsequent repositioning of the two-spacecraft stack." And it was all done using robotics floating 36,000km (22,369 miles) above the Earth.

Space.com describes the historic servicing of Intelsat 901 communications satellite (also known IS-901): The satellite, which launched in 2001, had been running low on fuel needed to maintain its correct orbit. But rather than launch a replacement internet satellite, its owner, Intelsat, hired Northrop Grumman to conduct a first-of-its-kind mission. That project sent another satellite, called Mission Extension Vehicle 1 (MEV-1) to connect to IS-901 in February and take responsibility for keeping the internet satellite in the proper location to do its job...

MEV-1 will now spend five years attached to IS-901 to extend that satellite's tenure. After the contract ends, MEV-1 will steer the old satellite to a safe orbit, detach, and join up with a different satellite to provide the same services. MEV-1 should be able to partner with satellites for a total of 15 years, according to a previous Northrop Grumman statement.

Northrop Grumman is planning to launch a second mission-extension vehicle later this year, which will also aid an Intelsat satellite.
Long-time Slashdot reader mi tipped us off to the story, which included a number of firsts. "Prior to this, no two commercial spacecraft had ever docked in orbit before," Ars Technica writes.

CNBC notes it also resulted in "one-of-a-kind images", since a geosynchronous satellite had never even been photographed before by another spacecraft.

"Elon Musk says Tesla's plan for 1 million robotaxi vehicles on the road by the end of the year is still on — pending regulatory approval," writes the electric car news site Electrek: At Tesla's 'Autonomy Day' event last year, Musk announced Tesla's plan to deploy 1 million 'Robotaxi' vehicles for a self-driving ride-sharing network by the end of 2020. It's an extension of Tesla's 'Full Self-driving Capability' plan to improve its Autopilot system in all its vehicles produced since 2016 — leading to those vehicles being capable of self-driving. Once that capability is available through an over-the-air software update, which Tesla aims to be by the end of 2020, Tesla anticipates that it will have over 1 million vehicles on the road with the hardware necessary to run the new software...

Today, Tesla's CEO says that he still believes in Tesla's ability to deliver on the functionality of the robotaxi fleet by the end of the year...

However, Tesla and Musk have been wrong about their Autopilot and Full Self-Driving Capability timeline before.
Electrek's skeptical writer predicts that instead Tesla won't have a robotaxi fleet until "around the end of 2021."

Saturday Musk also cited robotaxis as the reason that Tesla's Model 3 ships with a camera pointed inside offering a clear, wide-angle view of the car's interior -- to keep an eye on passengers -- though he also sees other applications, according to Engadget.

"Musk hinted it might help you record your 'caraoke' sessions, and the company recently applied for a patent on using the camera to recognize occupants and apply settings (such as seat position or climate controls) when they're inside. For now, though, the in-cabin camera is more a symbol of Tesla's lofty, as yet unfulfilled dreams of putting fully self-driving cars on the road."