Next-generation 5G networks are very much in their infancy right now, but that's not stopping smartphone manufacturers from teasing new 5G phones. At Samsung's Galaxy S10 launch event today, Samsung teased the Galaxy S10 5G, a top-tier model of the Galaxy S10 that offers 5G mobile data connectivity. "The device, which has a larger screen and battery than the S10 Plus, will temporarily be a Verizon Wireless exclusive before expanding to other carriers in the weeks after launch," reports The Verge. "It will go on sale sometime 'in the first half of 2019."

Late last year, LG confirmed that its first U.S. 5G phone would debut on Sprint "in the first half of 2019," just as Sprint launches its 5G network. At around the same time, Lenovo unveiled the Moto Z3, a phone that only connects to 5G with a MotoMod modular accessory. It too is expected to arrive early this year -- but there's no mention of how much it'll cost. OnePlus, Nokia, and Huawei are also working on 5G phones expected to arrive sometime this year. The question is: are we ready for 5G phones? Three of the four largest carriers in the U.S. have only just started offering 5G service in select cities. Sprint, the fourth largest U.S. telecommunications company, hasn't even reached this step. Just like the first 4G phones to hit the market, these first-of-their-kind 5G devices look to merely symbolize what the next decade of mobile computing has in store.

Qualcomm has unveiled its latest 5G modem, the Qualcomm Snapdragon X55. The chip is the company's second-generation 5G modem and successor to the Snapdragon X50 that was announced back in 2017. "Headline features of this new chip include multi-mode 4G and 5G in a single chip, blazing fast 7Gbps speeds, and futureproof support for the 5G Standalone specification," reports Android Authority. From the report: Starting with 5G, the chip supports both mmWave and sub-6GHz spectrum, just like its predecessor. Theoretical peak speeds are boosted from 5Gbps to 7Gbps download and up to 3Gbps upload. However, you'll need a perfect alignment of network conditions and capabilities to reach such lofty speeds. More important is the introduction of 5G FDD support. This will be crucial in Europe and other places looking to free up low-frequency spectrum (600 to 900MHz) for 5G. The Snapdragon X55 also introduces 4G/5G spectrum sharing, 100MHz envelope tracking for better power management, and antenna tuning in the sub-6GHz region. All very handy improvements over its first generation 5G modem.

Perhaps the biggest point of all is that the X55 also supports the 5G Standalone (SA) specification. First-generation 5G networks and devices are all based on the earlier Non-Standalone (NSA) specification. Eventually, these will transition over to the SA standard. SA ditches the use of LTE networks for backend communication, transitioning over entirely to 5G. This opens up greater networking flexibility with Network Slicing and offers even lower latency for IoT and device-to-device communication. On the 4G side, the Snapdragon X55 supports the Category 22 LTE standard. This allows for peak throughput of 2.5Gbps, making it Qualcomm's most powerful 4G solution to date. The Snapdragon X55 also introduces Full Dimensional MIMO (FD-MIMO) for LTE. This includes 3D beamforming, allowing for improved elevation support to improve spectrum efficiency. Importantly, the Snapdragon X55 is built on a 7nm process rather than 10nm with the X50. The new modem isn't expected to appear in devices until late 2019 at the earliest. Android Authority suggests that the X55 will be featured inside 2019's next-gen Snapdragon 8XX processor, which should be officially announced at the end of the year, close to when Qualcomm expects the first X55 products.

"In addition to the new modem, Qualcomm also announced its second-generation mmWave antenna and will be demoing its 5G technologies at MWC," reports Android Authority. "Dubbed the QTM525, the latest antenna module is slightly slimmer than the previous design and can be built into phones thinner than 8mm thick. It now covers 26, 28, and 39GHz mmWave spectrum and Qualcomm continues to suggest that three or four of these will be needed per 5G phone."

Samsung has unveiled the Galaxy Tab S5e, its lightest and thinnest tablet ever made. "At $399, it's not only far more affordable than the flagship $649 Samsung Galaxy Tab S4, it's arguably surpassed it in some ways," reports The Verge. From the report: For starters, the Tab S5e has the thinnest and lightest metal unibody of any Galaxy Tab, measuring 5.5mm thin and weighing just 400 grams -- even compared to the 11-inch iPad Pro at 5.9mm thick and 468 grams, the Tab S5e is both lighter and thinner. The company also claims they've maximized space with the Tab S5e's massive 81.8 percent screen-to-body ratio, which on paper, is an improvement over the Tab S4's lower 79 percent ratio. It's also right on the heels of the 11-inch iPad Pro's ~82.9 percent screen-to-body ratio.

And unlike Samsung's previous attempt to make its 10.5-inch tablet more affordable, this slate doesn't skimp on the screen and not nearly as much on the processor. Samsung's Tab S5e is a 10.5-inch Super AMOLED device with a 16:10 aspect ratio and 2560 x 1600 resolution, while its octa-core Snapdragon 670 processor should provide solid mid-range performance. Samsung's also promising up to 14.5 hours of battery life. The Tab S5e is also the first tablet from the Korean tech giant to ship with Pie, the latest version of Android, along with the new Bixby 2.0 virtual assistant and information tool. Samsung is also carrying features like Dex, a desktop-style Android environment, over from other Galaxy devices, like the Note 9 and Tab S4. It allows users to interact with their device using the screen, a mouse, keyboard, or all three. Other features include AKG-tuned, quad surround sound speakers, 64GB of internal storage (microSD expandable to 512GB), with 4GB RAM (upgradable to 6GB RAM/128GB storage), and 13-megapixel back and 8-megapixel front-facing cameras. Cellular models will follow the Wi-Fi versions later this year.

LG's next upcoming flagship smartphone is the LG G8, which is expected to debut at Mobile World Congress at the end of the month. While much of the phone is similar to last year's model, LG yesterday announced some news on the phone's audio capabilities. "The phone uses the same 'Crystal Sound OLED' branding that LG has used on some of its TVs before; this means that the entire display will vibrate to work as a speaker, which was previously rumored," reports The Verge. "The news also confirms that the G8 will be the first flagship G-series phone not to use an LCD." From the report: The G8 still has a bottom-facing speaker for louder use cases like speakerphone calls, and LG says this can be paired with the top part of the screen for 2-channel stereo sound. Elsewhere, the signature quad DAC from LG's recent flagship phones returns -- which means there'll be a headphone jack -- as does the "Boombox Speaker" functionality that produces surprisingly bassy sound when the phone is placed on a table. LG has already confirmed that the G8 will have a front-facing 3D camera with a time-of-flight sensor, while rumors suggest there could be an optional second screen accessory.

For those hoping the next iPhone would ditch the Lightning port in favor of the more versatile USB-C port, you'll surely be disappointed by the latest rumor. "Japanese site Macotakara says that not only will the 2019 iPhone use Lightning, Apple will also continue to bundle the same 5W charger and USB-A to Lightning cable in the box," reports 9to5Mac. "This is seen as a cost saving measure. It seems that customers wanting faster iPhone charge times will still have to buy accessories, like the 12W iPad charger." From the report: The site explains that Lightning port is not going anywhere and Apple is resistant to changing the included accessories to maintain production costs. Apple can benefit from huge economies of scale by selling the same accessories for many generation. As such, Apple apparently will keep bundling Lightning EarPods, Lightning to USB-A cable, and the 5W USB power adaptor, with the 2019 iPhone lineup. This is disappointing as Apple began shipping an 18W USB-C charger with its iPad Pro line last fall, and many expected that accessory to become an iPhone standard too. Even if the iPhone keeps the Lightning port, Lightning can support fast-charging over the USB Type-C protocol. It's not clear if the cost savings of this decision would be passed on to consumers with lower cost 2019 iPhone pricing.

An anonymous reader quotes CNBC: It is inevitable that artificial intelligence, machine learning and automation will take over some jobs, internet entrepreneur Arianna Huffington told CNBC in a recent email exchange, but that will place a premium on uniquely human qualities in the future labor market -- creativity, compassion, empathy and complex problem-solving. That's where Huffington sees a pressing problem to solve. She says these human qualities are at risk today and the cause is -- no surprise -- too much technology. Her advice: Reevaluate your relationship with technology before it is too late. "These are the very qualities that are diminished when we're burned out from being always on," Huffington said of human abilities like creativity. "One of the next frontiers in the tech world is technology that helps us disconnect from technology and create time and space to connect not with screens but with other people and with ourselves...."

Huffington, who is an executive producer on the new '90s tech-sector docudrama "Valley of the Boom," said the consumer relationship with technology is one of the most important issues of the modern era, and it is time to reevaluate the seeds that were planted back in the '90s during that first internet boom.... "Even for those of us old enough to remember the first boom and to have lived through it, it's sometimes hard to remember that there was a time before we were all hyperconnected and glued to our screens. And seeing the decisions that were made that led to our current moment makes us realize we can also make decisions about how we use this technology."
To this end Huffington has launched a startup called Thrive Global "to go beyond raising awareness and create something real and tangible that would help individuals, companies and communities improve their well-being and performance and unlock their greatest potential." CNBC reports that Huffington "sees a bright future for a new kind of technology -- the kind that helps individuals disconnect from the damage done by the internet's first generation."

In a related story, Bloomberg reports that the Ashton Kutcher-backed meditation app 'Calm' now has a valuation of $1 billion.

An anonymous reader quotes a report from Ars Technica: Apple will design its own modems in-house, according to sources that spoke with Reuters. In doing so, the company may hope to leave behind Intel modems in its mobile devices, which Apple has used since a recent falling out with Qualcomm. According to the sources, the team working on modem design now reports to Johny Srouji, Apple's senior vice president of hardware technologies. Srouji joined Apple back in 2004 and led development of Apple's first in-house system-on-a-chip, the A4. He has overseen Apple silicon ever since, including the recent A12 and A12X in the new iPhone and iPad Pro models.

Before this move, Apple's modem work ultimately fell under Dan Riccio, who ran engineering for iPhones, iPads, and Macs. As Reuters noted, that division was heavily focused on managing the supply chain and working with externally made components. The fact that the team is moving into the group focused on developing in-house components is a strong signal that Apple will not be looking outside its own walls for modems in the future. In recent years, Apple has been locked in a costly and complex series of legal battles with Qualcomm, the industry's foremost maker of mobile wireless chips. While Apple previously used Qualcomm's chips in its phones, the legal struggles led the tech giant to turn instead to Intel in recent iPhones.

The Electronic Frontier Foundation argues that police should not be allowed to force you to turn over your passcode or unlock your device. "The Fifth Amendment states that no one can be forced to be 'a witness against himself,' and we argue that the constitutional protection applies to forced decryption," writes the EFF. Last week, the non-profit digital rights group filed a brief making that case to the Indiana Supreme Court, which is set to decide if you can be forced to unlock your phone. From the report: The case began when Katelin Eunjoo Seo reported to law enforcement outside of Indianapolis that she had been the victim of a rape and allowed a detective to examine her iPhone for evidence. But the state never filed charges against Seo's alleged rapist, identified by the court as "D.S." (Courts often refer to minors using their initials.) Instead, the detective suspected that Seo was harassing D.S. with spoofed calls and texts, and she was ultimately arrested and charged with felony stalking. Along with a search warrant, the state sought a court order to force Seo to unlock her phone. Seo refused, invoking her Fifth Amendment rights. The trial court held her in contempt, but an intermediate appeals court reversed. When the Indiana Supreme Court agreed to get involved, it took the somewhat rare step of inviting amicus briefs. EFF got involved because, as we say in our brief filed along with the ACLU and the ACLU of Indiana, the issue in Seo is "no technicality; it is a fundamental protection of human dignity, agency, and integrity that the Framers enshrined in the Fifth Amendment."

Our argument to the Indiana Supreme Court is that compelling Seo to enter her memorized passcode would be inherently testimonial because it reveals the contents of her mind. Obviously, if she were forced to verbally tell a prosecutor her password, it would be a testimonial communication. By extension, the act of forced unlocking is also testimonial. First, it would require a modern form of written testimony, the entry of the passcode itself. Second, it would rely on Seo's mental knowledge of the passcode and require her to implicitly acknowledge other information such as the fact that it was under her possession and control. The lower appellate court in Seo added an intriguing third reason: "In a very real sense, the files do not exist on the phone in any meaningful way until the passcode is entered and the files sought are decrypted. . . . Because compelling Seo to unlock her phone compels her to literally recreate the information the State is seeking, we consider this recreation of digital information to be more testimonial in nature than the mere production of paper documents." Because entering a passcode is testimonial, that should be the end of it, and no one should be ordered to decrypt their device, at least absent a grant of immunity that satisfies the Fifth Amendment. The case gets complicated when you factor in a case from 1976 called Fisher v. United States, where the Supreme Court recognized an exception to the Fifth Amendment privilege for testimonial acts of production. "State and federal prosecutors have invoked it in nearly every forced decryption case to date," writes the EFF. "In Seo, the State argued that all that compelling the defendant to unlock her phone would reveal is that she knows her own passcode, which would be a foregone conclusion once it 'has proven that the phone belongs to her.'"

"As we argue in our amicus brief, this would be a dangerous rule for the Indiana Supreme Court to adopt. If all the government has to do to get you to unlock your phone is to show you know the password, it would have immense leverage to do so in any case where it encounters encryption."

Samsung has started mass producing what it says is the industry's first one terabyte embedded Universal Flash Storage (eUFS) technology for smartphones. "It will give the company's mobile devices PC-like storage without the need for large-capacity microSD cards," Engadget reports. "It'll be incredibly useful if you use your phone to take tons of photos and HD videos -- Samsung says it's enough to store 260 10-minute videos in 4K UHD." From the report: "The 1TB eUFS is expected to play a critical role in bringing a more notebook-like user experience to the next generation of mobile devices," said Cheol Choi, EVP of Memory Sales & Marketing at Samsung Electronics. As ZDNet notes, Samsung's upcoming flagship devices, such as the S10, will most likely come with a 1TB option thanks to its new eUFS technology. After all, Samsung started mass producing its 512GB storage technology back in December 2017 and then debuted it with its new phones early on in the following year.

In addition to offering massive storage, the new eUFS was also designed to be faster than typical SSDs, microSDs and previous revisions of the technology. It has a 1,000-megabyte-per-second sequential read speed, twice that of the usual SSD and faster than its 512GB predecessor. Despite all those, Samsung says it'll come in the same package size as its 512GB flash memory, so it won't have to make its big phones even bigger.

Students at a California high school are getting less screen time since the school implemented a ban on cellphone use during the school day. From a report: After one teacher at San Lorenzo High School brought pouches, created by the tech start-up Yondr, into her classroom to lock away students' phones, the entire school began using them from the beginning of the school day at 8 a.m. until the end of the day at 3:10 p.m. According to a 2018 study from the Pew Research Center, more than half of teens said they felt loneliness, anxiety, or upset in the absence of a cellphone. The study also found that girls were more likely to feel these sentiments than boys.

"If something feels weird about modern life to young kids who are dealing with a lot of angst and anxiety in general, maybe it has something to do with relating to the world primarily through a screen eight hours a day," Yondr's founder Graham Dugoni told CNBC. Students said they initially felt awkward and annoyed having their phones taken away during the school day, but added that they started to see more teens interacting with each other. One student added that not having a phone in class helped with concentration.

An anonymous reader quotes a report from The Intercept: Most of the data collected by urban planners is messy, complex, and difficult to represent. It looks nothing like the smooth graphs and clean charts of city life in urban simulator games like "SimCity." A new initiative from Sidewalk Labs, the city-building subsidiary of Google's parent company Alphabet, has set out to change that. The program, known as Replica, offers planning agencies the ability to model an entire city's patterns of movement. Like "SimCity," Replica's "user-friendly" tool deploys statistical simulations to give a comprehensive view of how, when, and where people travel in urban areas. It's an appealing prospect for planners making critical decisions about transportation and land use. In recent months, transportation authorities in Kansas City, Portland, and the Chicago area have signed up to glean its insights. The only catch: They're not completely sure where the data is coming from.

Typical urban planners rely on processes like surveys and trip counters that are often time-consuming, labor-intensive, and outdated. Replica, instead, uses real-time mobile location data. As Nick Bowden of Sidewalk Labs has explained, "Replica provides a full set of baseline travel measures that are very difficult to gather and maintain today, including the total number of people on a highway or local street network, what mode they're using (car, transit, bike, or foot), and their trip purpose (commuting to work, going shopping, heading to school)." To make these measurements, the program gathers and de-identifies the location of cellphone users, which it obtains from unspecified third-party vendors. It then models this anonymized data in simulations -- creating a synthetic population that faithfully replicates a city's real-world patterns but that "obscures the real-world travel habits of individual people," as Bowden told The Intercept. The program comes at a time of growing unease with how tech companies use and share our personal data -- and raises new questions about Google's encroachment on the physical world.

New industry guidelines in South Korea will allow smartphone users the option of deleting unnecessary pre-installed bloatware. "The move aims to rectify an abnormal practice that causes inconvenience to smartphone users and causes unfair competition among industry players," said the Ministry of Science, ICT and Future Planning, in a press release. ZDNet reports: The measure will also help give users more data storage and improve battery life, said the ministry. Under the new guidelines, telcos are required to make most of their pre-installed apps deletable except for four necessary items related to Wi-Fi connectivity, near-field communication (NFC), the customer service center and the app store.

With Apple offering a clearance sale on the iPhone SE earlier this week, The Verge's Nick Statt decided that it was "the appropriate moment to hop on the backup phone bandwagon" and pick one up. He writes: I've always appreciated the classic 5S design, with its overtly rounded corners and its sturdy, not-so-delicate dimensions. It never felt like it really required a case, and its smaller screen and more comfortable, one-handed use is something I've thought far too much about as I've ferried around an iPhone X and now an XS over the past year and a half. Plus, it's got a headphone jack. Would you agree that the iPhone SE is "the best minimalist phone right now," or do you think that title belongs to a different device? Why or why not?

Everyone has a smartphone these days, therefore everyone should have access to at least one mobile payment service -- Apple Pay, Google Pay, or Samsung Pay. Personally, I've only used Apple Pay a handful of times because the vast majority of stores I visit don't support it. For me, the biggest problem with mobile payment services like Apple Pay and Google Pay isn't the potential security concerns or inconveniences (having to pull my phone out of my pocket or requiring the merchant to pull out an NFC reader while in a drive-thru) -- it's the lack of compatibility. I want to be able to leave my wallet at home and do all of my shopping with my phone, which is not possible due to the lack of support at most retailers. With that said, the support is improving. Today, Apple announced that Apple Pay is now available at 74 of the top 100 U.S. retailers. Quartz reports: Today (Jan. 22), Apple announced that it has also signed up Taco Bell and Target -- two years ago, Target said it had no plans to adopt Apple Pay -- meaning that 74 of the top 100 U.S. retailers by revenue now accept Apple's digital payment. The company added pharmacy chain CVS, along with 7-Eleven, late last year. They joined other major US retailers that include Best Buy, Starbucks, McDonald's, Walgreens, Costco, and Kohl's. (Some of the biggest holdouts: Walmart and Home Depot.) Do you use mobile payment services? Which service(s) do you use and why?

An anonymous reader quotes a report from 9to5Google: Over the weekend, four commits were posted to various parts of Android's Gerrit source code management, all entitled "Carrier restriction enhancements for Android Q." In them, we see that network carriers will have more fine-grained control over which networks devices will and will not work on. More specifically, it will be possible to designate a list of "allowed" and "excluded" carriers, essentially a whitelist and a blacklist of what will and won't work on a particular phone. This can be done with a fine-grained detail to even allow blocking virtual carrier networks that run on the same towers as your main carrier.

Restriction changes are also on the way for dual-SIM devices. At the moment, carriers can set individual restrictions for each SIM slot, but with Android Q, carriers will be able to lock out the second slot unless there's an approved SIM card in the first slot. This SIM lock restriction is applied immediately and will persist through restarting the phone, and even doing a factory reset. Thankfully, in both cases, emergency phone calls will still work as expected, regardless of any restrictions on the particular SIM cards in your phone.

TechCrunch's Devin Coldeway picks apart a new study by Oxford scientists that questions the basis of thousands of papers and analyses with conflicting conclusions on the effect of screen time on well-being. "The researchers claim is that the science doesn't agree because it's bad science," Coldeway writes. "So is screen time good or bad? It's not that simple." From the report: Their concern was that the large data sets and statistical methods employed by researchers looking into the question -- for example, thousands and thousands of survey responses interacting with weeks of tracking data for each respondent -- allowed for anomalies or false positives to be claimed as significant conclusions. It's not that people are doing this on purpose necessarily, only that it's a natural result of the approach many are taking. "Unfortunately," write the researchers in the paper, "the large number of participants in these designs means that small effects are easily publishable and, if positive, garner outsized press and policy attention."

In order to show this, the researchers essentially redid the statistical analysis for several of these large data sets (Orben explains the process here), but instead of only choosing one result to present, they collected all the plausible ones they could find. For example, imagine a study where the app use of a group of kids was tracked, and they were surveyed regularly on a variety of measures. The resulting (fictitious, I hasten to add) paper might say it found kids who use Instagram for more than two hours a day are three times as likely to suffer depressive episodes or suicidal ideations. What the paper doesn't say, and which this new analysis could show, is that the bottom quartile is far more likely to suffer from ADHD, or the top five percent reported feeling they had a strong support network. [...] Ultimately what the Oxford study found was that there is no consistent good or bad effect, and although a very slight negative effect was noted, it was small enough that factors like having a single parent or needing to wear glasses were far more important. "[T]he study does not conclude that technology has no negative or positive effect; such a broad conclusion would be untenable on its face," Coldeway writes. "The data it rounds up are simply inadequate to the task and technology use is too variable to reduce to a single factor. Its conclusion is that studies so far have in fact bee inconclusive and we need to go back to the drawing board."

A new report from The Wall Street Journal says the Motorola RAZR might be making a comeback as a $1,500 foldable screen smartphone, and it could launch as early as February. The Verge reports: The original RAZR was one of the most iconic cellphones ever made, and it seems that Motorola's parent company Lenovo is looking to cash in on that branding with an updated foldable phone (similar to the one that Samsung has teased for later this year). Per the WSJ, the new RAZR will be exclusive to Verizon in the U.S. with a planned February launch, although the device is still in testing and details have yet to be finalized.

Also unknown is nearly any concrete information about the phone. There's no word yet on things like screen size, specifications, or even form factor. Will the revived RAZR just borrow the name but use a more traditional landscape folding display? Will Lenovo follow the original RAZR design and have some sort of super long vertically folding screen? According to the WSJ report, Lenovo is hoping to manufacture over 200,000 of the new RAZRs, which may seem optimistic for a $1,500 luxury smartphone. But considering that the (admittedly much cheaper) RAZR V3 model sold 130 million units over its lifespan, if lightning does manage to strike twice, that goal might not be so hard to hit.

An anonymous reader quotes a report from CNET: LG's next smartphone may have you seeing double. And no, it's not because of a foldable display. The company will launch a smartphone, whose name hasn't been finalized, that will have an option for a second-screen attachment, according to a person familiar with the situation. The attachment, which the person describes as a sort of case with a screen, could potentially double the total screen size of the device. It's one of multiple phones launching at the Mobile World Congress trade show next month, the person said. While the company is mulling the G8 name, it's unclear whether the multiple-screen phone will carry the name of its flagship line. There was some confusion over LG launching a foldable smartphone thanks to a report by Korean-language outlet Naver. But this phone won't fold.

"iTMunch reports that Elon Musk apparently believes that the human race can only be "saved" by implanting chips into our skulls that make us half human, half artificial intelligence," writes Slashdot reader dryriver. From the report: Elon Musk's main goal, he explains, is to wire a chip into your skull. This chip would give you the digital intelligence needed to progress beyond the limits of our biological intelligence. This would mean a full incorporation of artificial intelligence into our bodies and minds. He argues that without taking this drastic measure, humanity is doomed. There are a lot of ethical questions raised on the topic of what humanity according to Elon Musk exactly is, but he seems undeterred. "My faith in humanity has been a little shaken this year," Musk continues, "but I'm still pro-humanity."

The seamless conjunction of humans and computers gives us humans a shot at becoming completely "symbiotic" with artificial intelligence, according to Elon Musk. He argues that humans as a species are all already practically attached to our phones. In a way, this makes us almost cyborg-like. The only difference is that we haven't managed to expand our intelligence to that level. This means that we are not as smart as we could be. The data link that currently exists between the information that we get from our phones or computers is not as fast as it could be. "It will enable anyone who wants to have superhuman cognition," Musk said. "Anyone who wants." As for how much smarter humans will become with these AI chips, Musk writes: "How much smarter are you with a phone or computer or without? You're vastly smarter, actually," Musk said. "You can answer any question pretty much instantly. You can remember flawlessly. Your phone can remember videos (and) pictures perfectly. Your phone is already an extension of you. You're already a cyborg. Most people don't realize you're already a cyborg. It's just that the data rate [...] it's slow, very slow. It's like a tiny straw of information flow between your biological self and your digital self. We need to make that tiny straw like a giant river, a huge, high-bandwidth interface."

In a wide-ranging interview with Mark Spoonauer from Tom's Guide, CTO and president of LG Electronics, IP Park, said his company is working on both rollable and foldable smartphones, regardless of whether there's demand for them or not. Here's an excerpt from the report: Are you looking into rollable and foldable phones as well? We are exploring many different form factors for phones, including foldable and rollable. Because display technology has grown so much that it can make it into very flexible form factors. And with 5G, if the market requires much bigger screens, we'll need to fold it or roll it. So we'll explore.

A lot of people are saying the whole smartphone market has stagnated and there are even some who argue that LG should exit the business altogether. What's your reaction to that? The smartphone business is very tough because of the competition. Also because of the penetration. Everyone has a phone now, right? Everybody has a big screen, and everybody has many features that others have. I think this year could be the year of the upgrade in the smartphone industry because of 5G. 5G is going to be available this year, and people will come out with 5G phones. And 5G is different from LTE, not only because of bandwidth, but also latency. You may want to have even bigger screens on 5G phones because of the more content you can get. That could trigger different killer applications that you run on phones.