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Category: mobile phones – Page 180

SocialRecall says it deletes obsolete user data on the event version of the app, and that data for the other version is only stored on a user’s phone.

But privacy experts are still concerned that the app represents a mainstream rollout of technology that could have profound implications for the future of public spaces — and that it’s difficult to adequately inform users about the long-term risks of a technology that’s still so new.

“The cost to everyone whom you are surveilling with this app is very, very high,” New York University law professor Jason Schultz told Scientific American, “and I don’t think it respects the consent politics involved with capturing people’s images.”

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The iPhone isn’t selling as well as Apple expected. Tim Cook blames China’s cooling-down economy, but a lot of users say it’s because the phone are too expensive for the features they offer.

Apple shares plummeted after CEO Tim Cook revealed that the iPhone maker expects a drop of up to $9bn in revenue compared to its November report. More affordable battery replacements are to blame, among other things.

Apple stated that it now expects a revenue of approximately $84 billion in the first quarter of 2019, down from its previous estimate of $89bn to $93bn. Markets have reacted swiftly to the news, sending Apple shares into a 7.5-percent nosedive.

Explaining the causes behind the revision, Cook almost squarely blamed the expected drop in sales on the economic slowdown in mainland China, a key emerging market for Apple smartphones.

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Mark Zuckerberg and his pediatrician wife Priscilla Chan have sold close to 30 million shares of Facebook to fund an ambitious biomedical research project, called the Chan Zuckerberg Initiative (CZI), with a goal of curing all disease within a generation. A less publicized component of that US$5 billion program includes work on brain-machine interfaces, devices that essentially translate thoughts into commands.

From a report: One recent project is a wireless brain implant that can record, stimulate and disrupt the movement of a monkey in real time. In a paper published in the highly cited scientific journal Nature on Monday, researchers detail a wireless brain device implanted in a primate that records, stimulates, and modifies its brain activity in real time, sensing a normal movement and stopping it immediately. Those researchers are part of the Chan Zuckerberg Biohub, a non-profit medical research group within the CZI. Scientists refer to the interference as “therapy” because it is designed to be used to treat diseases like epilepsy or Parkinson’s by stopping a seizure or other disruptive motion just as it starts.

“Our device is able to monitor the primate’s brain while it’s providing the therapy so you know exactly what’s happening,” Rikky Muller, a co-author of the new study, told Business Insider. A professor of computer science and engineering at the University of California, Berkeley, Muller is also a Biohub investigator. The applications of brain-machine interfaces are far-reaching: while some researchers focus on using them to help assist people with spinal cord injuries or other illnesses that affect movement, others aim to see them transform how everyone interacts with laptops and smartphones. Both a division at Facebook formerly called Building 8 as well as an Elon Musk-founded company called Neuralink have said they are working on the latter.

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While a 90-day ceasefire period is in place for negotiators to end the war, major Chinese technology companies and national initiatives are expected to continue to face challenges in 2019 as the world’s two largest economies remain at loggerheads over global leadership in hi-tech innovation.

Here we take a look at the views of analysts, executives, and experts to see which sectors and companies will likely be in the spotlight in 2019 and what the big issues are expected to be.

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Smartphone cameras have gotten so good that we struggle to find a reason to invest in a point-and-shoot, but there are still major advancements being made in camera tech that are light years ahead of anything you can fit in your pocket. A new panorama shot by China’s Jingkun Technology (calling themselves “Big Pixel”) is a great example of that, and its size is so jaw-dropping you could spend days staring at it.

The photo, taken from high on the Oriental Pearl Tower in Shanghai, shows the surrounding landscape in stunning detail. From your virtual perch many stories above the ground, you can zoom in so far that you can read the license plates on cars and spot smiling faces greeting each other on the sidewalk.

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A tiny piece of 3D-printed tech could foreshadow the future of medicine.

A team from MIT, Draper, and Brigham and Women’s Hospital has created a 3D-printed smart pill that can release medications in the stomach and monitor temperature for up to a month at a time — and they believe they’ve only scratched the surface of its capabilities.

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Intel and AMD could be looking at some stiff competition in the processor game. Fresh off announcing its new Snapdragon 855 mobile chip, the company has announced the Snapdragon 8cx. It’s for laptops instead of smartphones and is by far the most powerful processor the company has ever made. How can you tell? The “X” in the name stands for “extreme.”

While the Snapdragon 8cx is not the company’s first PC chip (that honor goes to the quickly forgotten Snapdragon 850), it’s the first one that could make Intel take note. Like the 855, the Snapdragon 8cx uses a 7nm manufacturing process. It has the same octa-core design with four high-performance cores based on the Cortex A76 and four low-power cores based on the A55. That’s really the end of the similarities, though.

Qualcomm has cranked the clock speed of all of its “Kryo 495” cores way up in the Snapdragon 8cx, but it won’t say exactly how high. The chip has 10MB of cache between L2 and L3 — the 855 only has 3MB. That makes the Snapdragon 8cx better at running heavy apps, and there’s support for up to 16GB of system memory. You can also check the boxes for NVMe and UFS3.0 storage.

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As on Earth, so in space. A four-satellite mission that is studying magnetic reconnection—the breaking apart and explosive reconnection of the magnetic field lines in plasma that occurs throughout the universe—has found key aspects of the process in space to be strikingly similar to those found in experiments at the U.S. Department of Energy’s (DOE) Princeton Plasma Physics Laboratory (PPPL). The similarities show how the studies complement each other: The laboratory captures important global features of reconnection and the spacecraft documents local key properties as they occur.

The observations made by the Magnetospheric Multiscale Satellite (MMS) mission, which NASA launched in 2015 to study in the magnetic field that surrounds the Earth, correspond quite well with past and present laboratory findings of the Magnetic Reconnection Experiment (MRX) at PPPL. Previous MRX research uncovered the process by which rapid reconnection occurs and identified the amount of magnetic that is converted to particle energy during the process, which gives rise to northern lights, and geomagnetic storms that can disrupt cell phone service, black out power grids and damage orbiting satellites.

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