Health care workers in the state and teachers in NYC have until Sept. 27 to get the COVID-19 shot.
Scientists believe a meteor may be responsible for the biblical tale of Sodom
Posted in: Today's ChiliOne of the key tales in the bible is of the destruction of Sodom. A new study has proposed that the basis for that biblical tale was an airburst meteorite that exploded over the ancient city over 3.5 centuries ago. The team found evidence of sudden destruction in the ancient city of Tall el-Hammam including collapsed buildings, melted pottery, and … Continue reading
Hitting the Books: How Bitcoin is somehow worth more than the paper it's printed on
Posted in: Today's ChiliBitcoin and similar blockchain-based cryptos exhibit the same radical divergence from traditional scarcity economics that we first saw when MP3s and Napster cratered physical album sales at the turn of the century. Unlike gold, which derives its value from both its myriad uses in fashion and industry as well as the difficulty involved in extracting it from the Earth, acquiring new Bitcoin is as simple as digitally mining more of the stuff. In his latest book, The Future of Money, Senior Professor of Trade Policy at Cornell University, Eswar S Prasad deftly examines how we collectively assign value to these digital constructs and what that means for the economics of tomorrow.
Copyright © 2021 by the President and Fellows of Harvard College. Used by permission. All rights reserved.
At a conference held in Scotland in March 2018, then Bank of England governor Mark Carney observed that “the prices of many cryptocurrencies have exhibited the classic hallmarks of bubbles including new paradigm justifications, broadening retail enthusiasm and extrapolative price expectations reliant in part on finding the greater fool.” The last phrase in his statement was an allusion to the period of seemingly ever-rising real estate prices during the US housing boom of the early to mid-2000s. High and rising real estate valuations seemed to be based on the notion that all it took to make money from a house purchased at inflated prices was to find just one buyer—an even greater fool than oneself—willing to pay an even higher price.
Carney’s speech came on the heels of another by Agustín Carstens, head of the Bank for International Settlements; he described Bitcoin as “a combination of a bubble, a Ponzi scheme and an environmental disaster.” Skeptics, including central bankers and academics, correctly note Bitcoin’s extremely volatile prices and the periodic price collapses it has experienced. Indeed, from an economist’s perspective, there is no logical reason Bitcoin should be priced beyond its value in providing an anonymous payment mechanism, let alone the sort of value it commands. Yet, even as it has shed all pretense of being an effective medium of exchange, Bitcoin has maintained the faith of its adherents. It seems not just to persevere but has become an increasingly prized store of value—or perhaps more accurately, an attractive speculative asset (at least as this book is being written—this could all change in a moment). What accounts for this?
To address this question, we must first consider what gives a financial asset, tangible or not, economic value. For one thing, an asset represents a claim on future goods and services. Owning a share of stock or debt issued by a firm is a claim on the firm’s future earnings, which in turn is based on its ability to create real products or services that have monetary value. The same is true for real estate, which yields real services to homeowners or renters that can be monetized. Owning a government bond is in principle a claim on future government revenues, which could come from taxes or other sources.
Gold is different. It has an intrinsic value based on its industrial use, and it is also used in jewelry (and tooth fillings). But its market value seems far greater than its intrinsic value based on these uses. It appears that gold derives its value mainly from scarcity rather than its usefulness or any claim it offers of a future flow of goods and services. Scarcity by itself is clearly not enough; there has to be enough demand for an asset as well. Such demand could hang on a thread as slender as a collective belief in the market value of the asset—if you think there are other people who value gold as much as you do and enough people feel the same way, gold has value.
So is Bitcoin just a digital version of gold, with its value determined mainly by its scarcity? The limit of twenty-one million bitcoins is hardcoded into the algorithm, making it scarce by construction. But there still needs to be demand for it, as even Bitcoin cannot escape the basic laws of market economics, especially the determination of prices based on supply and demand. Such demand could of course be purely speculative in nature, as seems to be the case now that Bitcoin is not working well as a medium of exchange.
It does take copious amounts of computing power and electricity to mine Bitcoin, and unfortunately, computers and electricity have to be paid for in real money—which is still represented by fiat currencies. It has been argued that Bitcoin’s baseline price is determined by this mining cost. One research company estimated the electricity cost of mining one bitcoin in the United States to be about $4,800 in 2018. Another company estimated the overall break-even cost of mining a bitcoin in 2018 at $8,000, suggesting that this constituted a floor for its price. But this is hardly reasonable logic. Just because something takes a lot of resources to produce is not enough to create demand for it and, therefore, to justify its price.
Bitcoin devotees, needless to say, have an answer for this; given the technologically inclined nature of this community, it had to be a quantitative model. The model, if it can be called that, uses the ratio of the existing stock relative to the flow of new units as an anchor for the price.
Consider gold. The total stock of gold that exists in the world (above ground) is estimated at about 185,000 metric tons. Roughly 3,000 tons of gold are mined each year, which amounts to about 1.6 percent of the existing stock. Thus, the stock-to-flow ratio is about sixty. It would take that many years for annual gold production, assuming it continues at the average rate, to reproduce the existing stock. For silver, this ratio is about twenty-two. The logic of this pricing model appears to be that even doubling the annual rate of gold or silver production would leave their stock-to-flow ratios high, in which case they would remain viable stores of value with high prices. The physical constraints on supply—ramping up mining operations would take a long time—mean there is little risk of a surge in supply knocking down prices of the existing stock. By contrast, for other less precious commodities, including metals such as copper and platinum, the existing stock is equal to or lower than annual production. Thus, as soon as the price begins rising, production can be ramped up, preventing large price hikes. With these commodities, prices are more closely tied to values based on industrial and other practical uses.
In 2017 the stock of Bitcoin that had been mined was estimated to be around twenty-five times larger than that of the new coins produced in that year. This is high but still less than half of the stock-to-flow ratio for gold. Around 2022, Bitcoin’s stock-to-flow ratio is expected to overtake that for gold. Thus, if one accepts this logic, the price of Bitcoin must eventually rise.
This valuation is built entirely on a fragile foundation of faith. As one influential Bitcoin blogger puts it: “Bitcoin is the first scarce digital object the world has ever seen. . . . Surely this digital scarcity has value.” This blogger makes profuse allusions, which are echoed on most websites and chat boards frequented by Bitcoin adherents, to how Bitcoin and gold are analogous: “It is [the] consistently low rate of supply of gold that is the fundamental reason it has maintained its monetary role throughout human history. The high stock-to-flow ratio of gold makes it the commodity with the lowest price elasticity of supply.” Fiat money and other cryptocurrencies that have no supply cap, no Proof of Work consensus protocol, and no need of large amounts of computing power to keep operating are seen as less likely to retain value because their supplies are not constrained and can be influenced by the government or small groups of individuals or stakeholders.
Clearly, logic and reason are not important underpinnings of Bitcoin valuations. And it is hard to argue, as I have learned, with a twenty-fiveyear-old who bought his first bitcoin at $400, then kept buying, and now views every dip in Bitcoin prices as a buying opportunity to add to his stash. But, as an economist, one does worry for that young man (whom I sat next to at a conference in January 2019 and with whom I ended up having a long and heated discussion) and others who have bet their life savings on Bitcoin and other cryptocurrencies. Then again, with the price of Bitcoin where it is in April 2021, perhaps my time would have been better spent in the past few years acquiring some bitcoin rather than laboring on this book.
It’s that time of year again: the latest Apple devices have arrived. We spent time with all of the company’s new products and reported back on their successes and missteps. First, Cherlynn Low tested out all four of the new iPhone 13 models to see which are worth your money this year. Valentina Palladino spent time carrying around the redesigned iPad mini, which does everything a small tablet should. Also, Devindra Hardawar found one more reason to recommend the Dell XPS 15, and Mat Smith took some average selfie’s with the ZTE Axon 30’s “invisible” front-facing camera.
The iPhone 13 and 13 mini are made for shutterbugs
On paper, Cherlynn Low says there’s not much to get excited about when it comes to the new iPhone 13 and 13 mini. The incremental upgrades like the bigger batteries, better displays and faster chips all feel like standard, annual improvements. The key features of the new handsets are the enhancements made to the cameras. The rear sensors have been improved, the ultra wide lens lets in more light and the A15 chip has a faster image signal processor.
Cherlynn particularly liked the addition of Photographic Styles, which allows the user to choose a profile of contrast levels and color temperature for photos. And she said Cinematic Mode, which blurs out the background behind a subject, was the most intriguing of the new video features. But at its default intensity, the blurriness looked strange and artificial — and Cinematic Mode only works at 1080p/30fps, regardless of the quality you’ve set your camera to record.
Other aspects of the handsets were largely similar to previous models: the speakers are still good enough for video watching, and both phones easily handled switching between multiple apps, uploading photos and other tasks. However, Cherlynn was quick to point out that the phones still feature 60Hz screens, which made them feel laggy in comparison to handsets that have speedier displays. Overall she said that, as expected, they’re excellent (if a bit boring) phones with little to complain about.
The iPhone 13 Pro and Pro Max impress with smooth screens
Cherlynn Low says make no mistake about it: The one thing that really makes the iPhone 13 Pro and 13 Pro Max stand out is the new ProMotion display. With faster screens that can adjust their refresh rates depending on the task, the handsets are finally able to take advantage of their big OLED displays, whether you’re watching video or simply scrolling social media. The two new models are also 25 percent brighter for better outdoor viewing and, thanks to the 5-core GPU on the Pro, able to handle graphics-intensive tasks more quickly.
Cherlynn said that the A15 Bionic chip combined with the faster refresh rate made everything from YouTube and music streaming to Catan gaming and chatting with friends seem much more responsive. The two new Pro models also have an additional telephoto camera and a new macro photography mode, but all of that power comes with extra weight. The 6.1-inch 13 Pro is 7.19 ounces and the 6.7-inch 13 Pro Max clocks in at 8.46 ounces; Cherlynn said the bigger handset was uncomfortable to use one-handed for more than a few minutes. If that isn’t a dealbreaker, then she says either of the phones would make a worthy upgrade for iOS users.
The iPad mini gets a much needed refresh
While the iPad mini has a dedicated fan base, it hasn’t changed much since its debut nine years ago. But the 2021 release of the tiny tablet features enough upgrades to make it feel like a smaller iPad Air. Valentina Palladino says that the new “all-screen” design, flat edges, TouchID-capable top button, second-gen Apple Pencil support and USB-C charging all provide a much needed refresh for the tablet. The bezels helped her keep a comfortable grip on the device while reading and making FaceTime calls, and the lightweight 100-percent recycled aluminum body made it easy to tote around.
Valentina also liked that the new design allowed the second-generation Apple Pencil to magnetically stick to the right edge of the tablet. She reports that the mini makes a capable digital notebook thanks in part to the Pencil and the Quick Notes feature in iPadOS 15. Additionally, she said the A15 Bionic chip and the larger screen make it easy to use the device in place of an iPhone for a wide variety of tasks including video streaming and light gaming. However, the new mini only comes in 64GB and 256GB models — with a $150 price difference between them — and those are notable differences in capacity and cost. Valentina says the significant update will be great for small-tablet lovers, but she’s not sure if the iPad mini will win over others in the market for a standard-sized iPad.
Dell’s XPS 15 is an even better laptop with an OLED screen
Devindra Hardawar was already a fan of Dell’s excellent XPS 15 laptop, but he says the addition of an OLED screen makes the whole package even better. The star of the show, the 15.6-inch display, has some of the thinnest bezels on the market and uses a 3.5K OLED touchscreen that supports Dolby Vision HDR (of course, this panel costs extra, and there are two LCD options to choose from, too). While watching the new Matrix trailer, it displayed true blacks, brilliant elements like explosions and juggled scenes with bright and dark aspects.
Devindra said he’d never had as much fun scrolling through websites due to the incredibly crisp text. The only additional improvement he could think of was a faster refresh rate, however, he had no complaints about the performance from the eight-core Intel i7 CPU or the 45-watt version of NVIDIA’s RTX 3050 Ti GPU, which transcoded a one-minute 4K video file into 1080p in 35 seconds. Devindra says you can expect it to tackle most intense workloads with ease, and although it’s not a gaming machine, it’s capable of reaching 70fps in Overwatch at the highest graphic settings.
The ZTE Axon 30 smartphone offers an invisible selfie camera
A sequel to the Axon 20, ZTE’s Axon 30 touts an improved 16-megapixel, under-display camera (UDC) with a dedicated chip that keeps the area consistent with the rest of the screen. In practice, Mat Smith was pleased to report that the UDC is nearly invisible but he was less impressed with the resulting photographs. His selfies had fuzzy details and suffered from lens flares and washout due to strong backlighting. Mat got much better images when shooting with the four-camera array on the back, which includes a 64-megapixel Sony sensor.
However, the Axon 30 has more to offer for its $500 price tag: The smartphone also features a 6.92-inch AMOLED screen with 2,460 x 1,080 resolution and a 120Hz refresh rate. And it’s powered by a Snapdragon 870 processor, which handled everything Mat threw at it from Stadia gaming to video streaming. It also has a stand-out battery that lasted two days of typical use with the 120Hz refresh rate off, and the handset can recharge to 100 percent in under an hour. Mat liked the new MyOS 11 skin, which closely mimics the stock Google experience, save for a few shortcuts and widgets. But the smartphone lacks wireless charging and certified resistance against dust and water, and Mat says the 5G support isn’t great in the U.S. as it will only work on T-Mobile’s midband 5G network.
Apple says third-party apps must update to fully use iPhone 13 Pro's 120Hz display
Posted in: Today's ChiliYou might not have to worry about apps that can’t use the 120Hz refresh rate of the iPhone 13 Pro family. As iMorenotes, Apple has posted a developer article revealing that iPhone apps will need to ‘unlock’ 120Hz support by adding a key to a .plist file. There’s also a bug limiting the speed for some Core Animation-based apps, although Apple said a fix was coming in a future iOS 15 update.
The iPad Pro doesn’t require code updates to make full use of its 120Hz display, although that may be due to the tablet’s much larger battery. Smartphones are much more likely to take a serious battery life hit from high-refresh screens.
The details suggest a repeat of what happened when Apple introduced the iPhone 6, iPhone X and other phones with significant leaps in display tech — it took a while for Apple and developers to make full use of the new screens. Your iPhone 13 Pro’s 120Hz panel should reach its full potential, but there may be a few weeks or months where it goes underused.
Because you presumably read Gizmodo, you, too, may suffer from semi-annual realization that—my god—I’ve spent years of my life thinking about Facebook and Republicans. You’re probably also aware that no place on the internet captures this dread better than William Gibson’s Twitter feed.
The Biden administration is looking for new ways to stop terrorist threats in Afghanistan after withdrawing all troops.
In Wyoming, just 18% of cases of missing Indigenous women over the past decade had any media coverage.
The pandemic has thrown a wrench in a lot of the plans that automakers have for revealing and building new vehicles. Stellantis had planned to reveal all the details on the 2022 Grand Cherokee, including the anticipated plug-in hybrid Grand Cherokee 4xe during the New York Auto Show, but that event was cancelled. That left Stellantis with an odd situation … Continue reading
Don’t be dismayed that Samsung passed on the Galaxy Note in 2021… you might get your stylus-equipped phone before too long. Frequent tipster OnLeaks has shared renders with Zouton, 91Mobiles and Digit that reportedly show the designs of next year’s Galaxy S22 phones, including an Ultra model aimed squarely at Note fans. It would effectively be a sequel to the Galaxy Note 20, complete with an S-Pen slot and less rounded corners. There would also be a fourth camera you didn’t even see on the S21 Ultra, although it’s not clear what functionality you’d get.
The other models wouldn’t be quite so thrilling, however. If accurate, the renders suggest the S22 and S22+ (possibly badged as the S22 Pro) wouldn’t be radically different from the S21 on the outside. They’d sport flatter backs and a slightly refined camera bump, but not much more. Most of the changes would sit underneath. Rumors have the regular S22 models jumping to a 50MP main camera (up from 12MP) and using Qualcomm’s next-gen Snapdragon chip or Samsung’s equivalent Exynos.
It’s not certain when Samsung will launch the S22 family, although it notably bumped up the S21 launch to January this year. If the company repeats that pattern, Note enthusiasts might only have to wait a few months more than usual to get their fix. That is, if they haven’t already bought an S21 Ultra or Z Fold 3 and the pen to match — the lack of clear messaging on the Note’s future may have cost Samsung some sales.