Tinder has always lived on your phone. The dating app, which seduced tens of millions of users with its delightfully simple right-swipe, didn't just have a mobile experience, it was a mobile experience. That changes today, with the release of a browser-based applet the company calls Tinder Online. When it arrives in the US later this year (the company is now testing it in countries like Argentina, Brazil, Colombia, and Indonesia, where users with weak cellular connections will finally be able to use Tinder from a desktop), Tinder Online will look a lot like the mobile version. But the company's designers made some changes to the interaction, starting with the swipe.

Tinder is joining the earliest electronic dating services and adding support for web. The app is designed to virtually introduce users to others in a set radius around them via photos and a short biography. Based on that limited information users swipe right if they're intrigued or left if they're not. If both users swipe right, they're matched and can begin a conversation. Tinder originated as an app, but soon it will be available in web browsers on any device.

This article presents a logical formalization of the emotional appraisal theory, i.e., it formalizes the cognitive process of evaluation that elicits an emotion. This formalization is psychologically grounded on the OCC cognitive model of emotions. More specifically, we are interested in event-based emotions, i.e., emotions that are elicited by the evaluation of the consequences of an event that either happened or will happen. The formal modelling presented here is based on the AfPL Probabilistic Logic, a BDI-like probabilistic modal logic, which allows our model to verify whether the variables that determine the elicitation of emotions achieved the necessary threshold or not. The proposed logical formalization aims at addressing how the emotions are elicited by the agent cognitive mental states (desires, beliefs and intentions), and how to represent the intensity of the emotions. These are important initial points in the investigation of the dynamic interaction among emotions and other mental states.

The Bonassama District Hospital in Douala, Cameroon and six other African hospitals are adopting SOPHiA to – no matter their experience in genomic testing – get up to speed and analyze genomic data to identify disease-causing mutations in patients' genomic profiles, and decide on the most effective care. A release from the global leader in Data-Driven Medicine, Sophia Genetics, says in addition to the Bonassama district hospital, the modern technology is being adopted by Pharma Process in Casablanca, Morocco; ImmCell in Rabat, Morocco; The Al Azhar Oncology Center in Rabat, Morocco; The Riad Biology Center in Rabat, Morocco; The Oudayas, Medical Analysis Laboratory, Morocco;and The Center for Proteomic & Genomic Research (CPGR) in Cape Town, South Africa. As new users of SOPHiA, they become part of a larger network of 260 hospitals in 46 countries that share clinical insights across patient cases and patient populations, which feeds a knowledgebase of biomedical findings to accelerate diagnostics and care. Speaking about the adoption of SOPHiA in Africa, Jurgi Camblong, Sophia Genetics' CEO and co-founder, declared: "Since inception, our vision has been to develop innovative technological solutions that analyze patients' genomic profiles to offer better diagnosis and care to the greatest number of patients, wherever they live. Today, I am very proud that SOPHiA is triggering a technological leapfrog movement in healthcare across Africa."

One evening last November, a fifty-four-year-old woman from the Bronx arrived at the emergency room at Columbia University's medical center with a grinding headache. Her vision had become blurry, she told the E.R. doctors, and her left hand felt numb and weak. The doctors examined her and ordered a CT scan of her head. A few months later, on a morning this January, a team of four radiologists-in-training huddled in front of a computer in a third-floor room of the hospital. The room was windowless and dark, aside from the light from the screen, which looked as if it had been filtered through seawater. The residents filled a cubicle, and Angela Lignelli-Dipple, the chief of neuroradiology at Columbia, stood behind them with a pencil and pad. She was training them to read CT scans. "It's easy to diagnose a stroke once the brain is dead and gray," she said. "The trick is to diagnose the stroke before too many nerve cells begin to die." Strokes are usually caused by blockages or bleeds, and a neuroradiologist has about a forty-five-minute window to make a diagnosis, so that doctors might be able to intervene--to dissolve a growing clot, say. "Imagine you are in the E.R.," Lignelli-Dipple continued, raising the ante. "Every minute that passes, some part of the brain is dying. Time lost is brain lost." She glanced at a clock on the wall, as the seconds ticked by. "So where's the problem?" she asked. The blood supply to the brain branches left and right and then breaks into rivulets and tributaries on each side. A clot or a bleed usually affects only one of these branches, leading to a one-sided deficit in a part of the brain. As the nerve cells lose their blood supply and die, the tissue swells subtly.

A mysterious self-driving car company has been quietly expanding in recent years in the world's largest country. Now, Moscow-based Cognitive Technologies has hired a slew of new recruits and is ready to move to the U.S. in the coming months. "The big R&D center will stay in Russia, but the main engineers and business guys will be sent to U.S. soil to set up a proper office," Roman Tarasov, the company's VP for global business, tells Inverse. Cognitive Technologies was founded in 1993 by the guys who created Kaissa, the world's first computer chess champion. For decades it worked on image and voice recognition applications, selling products to Intel, Yandex, and others.

Arthur Renowitzky can't help but command attention as he walks down the street on a sunny autumn morning. A driver lowers her window to flash a smile and a thumbs-up. "You got this," she says. Renowitzky has been paralyzed since 2007 after being shot in the chest for $20 and a fake gold chain. But he can stand and walk, using crutches for balance, when wearing an exoskeleton suit with motorized hips and knees powering his movements.

Seven million years ago, the first ancestors of mankind appeared in Africa and seven million years later, as we speak, mankind's existence is being traced by archaeologists in South Africa, where they believe they are finding several missing links in our history. A history traced back to the first hominid forms. What is a hominid, I hear you say, and when did it exist? Well, way back when scientists believe that the Eurasian and American tectonic plates collided and then settled, creating a massive flat area in Africa, after the Ice Age. This new massive field was flat for hundreds of miles, as far as the eye could see, and the apes that inhabited this land suddenly found there were no trees to climb. This meant that the apes found it hard going thundering over hundreds of miles on their hands and feet, so they started to stand up to make it easier to move over the land. This resulted in a change in the wiring of the brain, which, over thousands of years, led to the early forms of what is now recognized as human. The first link to understanding this chain was the discovery of Lucy. Lucy--named after the Beatles song "Lucy in the Sky with Diamonds"--is the first skeleton that could be pieced together to show how these early human forms appeared on the African plains in the post-Ice Age world. The skeleton was found in the early 1970s in Ethiopia by paleoanthropologist Donald Johanson and is an early example of the hominid australopithecine, dating back to about 3.2 million years ago. The skeleton presents a small skull akin to that of most apes, plus evidence of a walking gait that was bipedal and upright, similar to that of humans and other hominids. This combination supports the view of human evolution that bipedalism preceded an increase in brain size. Since Lucy was found, there have been many other astonishing discoveries in what is now called the "Cradle of Humankind" in South Africa, a Unesco World Heritage site.

Real-time communication and collaboration lie at the heart of a new generation of high-definition (HD) digital maps that react quickly to changes in the real world. Autonomous vehicles and construction-site surveys are among the applications that are driving companies toward high-precision mapping performed almost in real time. James Dean, founder and director of technology applications at London, U.K.-based startup SenSat, says, "Digitizing the world is incredibly important. We can make better, faster decisions from that digitized information than is possible with traditional means" Early adopters of SenSat's mapping technology come from the road-construction industry, a sector that today mainly relies on manual surveys conducted at ground level. Surveys can take as long as six weeks and, as a result, can only be performed infrequently during a project.

The Center for the Fourth Industrial Revolution is to open in San Francisco on Friday. SAN FRANCISCO -- The World Economic Forum opens the doors Friday to a new outpost focusing on ways in which science and technology can positively impact society. The Center for the Fourth Industrial Revolution aims to reshape industries, challenge regulatory frameworks and redefine "what it means to be a human," Murat Sönmez, a member of the World Economic Forum Managing Board and head of the new center, said in a statement. "We need to urgently develop policy norms and frameworks and apply these innovations to ensure their benefits affect us all," said Sonmez, pointing to jobs of the future, artificial intelligence and ethics, national digital policies, cross border data flows, civil drones, and autonomous vehicles and the environment. San Francisco Mayor Ed Lee and Gov. Jay Inslee (D-Wash.) were planning to open the center at San Francisco's Presidio and play host to more than 120 dignitaries, including Oakland Mayor Libby Schaaf of Oakland, University of California at Berkeley President Nicholas Dirks, start-up founders, venture capitalists, and participants from Brazil, Canada, China, Germany, Indonesia, Japan, Turkey and the UK.