If the question is how to survive the tsunami of information in the age of AI, the answer is simple: learning not to read

This morning I counted the open tabs on Day, my browser. Twenty-five. There was a Counterpoint analysis there that I opened five days ago to read “as soon as I can” but that I haven’t touched yet. A very good looking thread from X. Three newsletters to medium scrollwaiting for me like half-done homework. And so on a few more things. I’ve been writing about technology for fifteen years. My job is literally to read, filter and think about what I read. And yet, or precisely because of that, it is increasingly difficult for me to distinguish when I am informing myself from when I am simply moving my eyes. We have been treating reading as a virtue in itself for centuries. “Read more” has always been the universal advice, the automatic response to almost any shortcoming. AND tmade sense when the problem was the scarcity of sources. But the problem began to be different and we continued the same, with the same reflection. The mistake is that we have transferred the respect and moral inertia that we had for a good book to formats that do not deserve it. We read an endless thread of X, a marketing PDF or a newsletter inflated feeling that passing your eyes over that text is a meritorious act by default. It is no longer. Or at least, not always. I know this goes against me. AI has broken the equation in a way that borders on absurd comedy. Today anyone generates a ten-page report on any topic in three minutes. Any creator inflates an idea of ​​a paragraph until it fills a thousand words without adding a single new piece of information, just trash. And the great paradox is something we saw coming a long time ago: Our best defense is to use that same technology. We live in a loop where A machine lengthens a text to make it seem important, and we use another machine to summarize it for us in three bullets and thus save us the procedure. Some give the badge and others neutralize it. The amount of text available is no longer related to the knowledge it contains. There are more words than ever because it is easier than ever to generate them, but It is not at all clear that there are more ideas. What is growing is the pressure to consume them all. I feel like, often, that fear of being left out seems like intellectual curiosity when what’s underneath is simple FOMO. Traditional functional illiteracy consisted of deciphering the letters but not understanding a word of what they said. The new one looks more like the opposite: We understand each text perfectly, but we have lost the ability to decide if it deserves to be read.. We don’t filter. We do not rule out. We don’t say “this is bullshit that doesn’t give me anything.” Not enough. And we don’t do it because discarding information is something that we continue to feel like a loss, like an act of laziness that gives us away. But it is just the opposite. The ability to not read (identify in three seconds that something is not worth your next ten minutes) is today an act of intelligence that contributes almost as much as reading itself. And for that you need to develop your own red flag. In my case, if a text promises a revelation but the first paragraph is pure introductory nonsense, get out. If I sense grandiloquent adjectives and filling robotic structures, out. If there is not a single piece of data before the first scroll, on the run. I don’t even mention the monoline structure so common in X and LinkedIn. There, it directly catapults. When ChatGPT arrived, many of us thought that the risk of AI was that people would stop reading. It may be worse: that you read more than ever without thinking more than ever. Let it process without digesting. Accumulate information like someone who accumulates open tabs, with the vague promise of returning to them. We know he won’t. We never go back. I know this because I haven’t closed those twenty-five tabs all week and in the end I will close them all at once, without reading them, with a mixture of relief and guilt. But I have begun to understand that closing tabs suddenly after having selected the most interesting thing is a very healthy practice. In the end, the new functional illiterate is too much like my browser this morning: overloaded with tabs, full of promises to read, and completely unable to process a single more idea. In Xataka | There is a generation working for free as a documentarian of their own life: they are not influencers but they act as if they were. Featured image | Xataka

In 1993 Microsoft created Encarta to revolutionize knowledge. Twenty years later it would be devastated by a tsunami

It became so popular that its logo and the sound of their intros They became two brands just as identifiable as those of Nokia or Windows. If – like the person writing this – you had to go to school or high school between the second half of the 90s and the first half of the 2000s, talk about the Encarta It does not require large presentations. If not, don’t worry; It won’t take us much time. Before Wikipedia offered free online knowledge and even the use of the Internet became popular, Microsoft launched a digital encyclopedia that revolutionized the sector and became a phenomenon between more or less 1993 and 2009. Its name: Encarta. Today, ironies of history, “Encarta” is one more entry in the index of other encyclopedias; but there was a time when it transformed our way of accessing knowledge. From having to spend their eyelashes and fingertips scrolling through pages in search of information, students began to search for information with the click of a button. The Encarta offered an agile, comfortable and above all didactic way to satisfy curiosity. With articles, yes; but also with videos, audios and even virtual visits and games. You could read about Nepalese temples in the Salvat. Or open the Encarta and “tour” one. Its “pull” was so great that it put the old paper encyclopedias in trouble. When the Spanish edition was presented in early 1997, those responsible presumed that the Encarta CD-ROM, a format that you could store in a drawer or even a folder, contained information that It was equivalent to 29 volumes and 1.2 meters of shelving. Not only that. The Encarta cost 24,900 pesetas, four times less than an equivalent printed encyclopedia. To make matters worse, his landing in Spain was protected by Santillanaa publishing house with considerable weight in school classrooms. How to compete with that? The product was liked and published in Spanish and other languages. He did well until, with the same ones with which he had become a phenomenon, ended up succumbing to the competition. In a way, his success is due to his good sense of smell in the 90s; its decline, to the inability to adapt in the 2000s. This is your story. Objective: reinvent the old encyclopedias In the mid-1980s Microsoft He began to think about the idea of ​​creating a digital encyclopedia. The idea was ambitious. Those from Redmond wanted, neither more nor less, to rethink the concept and operation of a product apparently as mature and closed as the volumes that publishers’ commercials were dedicated to selling door to door. To make its debut in a big way, the multinational tried to negotiate a license with the creators of what was probably the most respected publication internationally: the Encyclopædia Britannica. It didn’t go well for them. In the 1980s, paper volumes of Britannica were sold and They left huge profits. As Enrique Dans remembershis books cost about $250 to produce and the selling price ranged between $1,500 and $2,200, depending on the quality. Why would the firm want to digitize content on a CD and risk killing the goose that lays the golden eggs? Microsoft did not give up and looked for ways to move the idea forward. He even had a name for the initiative: Project Gandalf. Some time later he closed a contract with Funk & Wagnalls to use your New Encyclopediaof 29 volumes, in a database that was created at the end of that same decade. To complete its contents, years later two other McMillan encyclopedias would be added, the Collier’s and New Merit Scholar. They were not the Britannica; but it would have to do. However, doubts arose in Redmond about whether or not the project was viable and they decided to park it. It was resumed at the turn of the decade, in 1991, when Microsoft decided to go all out. In 1993, the first edition of the Encarta Encyclopedia was launched, which included the 25,000 Funk & Wagnalls articles and extra material, such as images and some animations. The tool was comfortable, much more agile than the kilometric tomes and even fun, but it started with a huge mistake: the shot was centered wrong. At the beginning of the 90s there were still many houses without a PC and the marketing price was exclusive. When it came out, the Encarta cost about $400, which greatly limited its range. The cost deterred customers and was not too far from that of another competitor that was testing the same niche with a recognizable brand, Compton, which also launched your own multimedia version in 1990, with text and supports such as images and sounds. In Redmond they knew how to react and soon they were deploying a more aggressive strategy. They launched promotions that allowed you to get the Encarta for 99 dollarsthey included their CD with the Windows software package and negotiated with manufacturers to incorporate it into their computers, a tactic not unlike that used with Windows and Office. The promotion of Microsoft itself gave the final push. The new encyclopedia gained fame and began to chain editions, translate into different languages and enrich content with multimedia supports. In 1995, abridged versions of some articles were offered for Microsoft Network ISP subscribers, and starting in ’96, standard and deluxe editions began to be released, an enriched version that could be updated month by month. In 1998, its creators went one step further and acquired the rights to several electronic encyclopedias. The product was growing and, above all, it demonstrated that the sector was experiencing a clear paradigm shift. The best example: in 1996 the once powerful company Britannica ended up underselling for their difficulties. “It allows young and old to explore the world by themes and characters,” their promoters boasted in the Spanish market. And so it was, indeed. Through articles, photos, illustrations, graphs, maps, timelines, recordings, videos and even virtual tours, Encarta won over an entire generation of students. … Read more

The RAM crisis is great for those who manufacture it. There are those who think that a tsunami will sink many others

Looking at current technology is peering into a well of contrasts. On the one hand, the optimism of companies that push the narrative of a future supported by AI while spend tens of billions of dollars. On the other hand, the consequences for the consumer segment are a new component crisis. Nobody likes pessimism, but unfortunately the market does not bring good news, and the CEO of Phison has a clear message: Things are going to get a lot worse before they get better. And that means that the RAM crisis It is going to take away some technology companies… in all sectors. In short. RAM and SSDs are the components that best exemplify the cost of data centers. They are elements that They have increased the price a real outrage and are made up of NAND flash chips. It is where the information is stored, but even those components need a ‘brain’, and that is where Phison comes into play. This Taiwanese company is one of the most powerful when it comes to creating something very specific: memory controllers. They are responsible for managing access, reading, writing and deleting data from NAND memory, among other tasks. Without them, these components could not function, so it is evident that Phison is interested in continuing to inflate the market. But its CEO, Pua Khein-Seng, has made it clear in a recent interview that this boom in data centers and artificial intelligence will have a disastrous consequence for the consumer market: there will be companies that go bankrupt. And it will be soon: by the end of 2026. slap. According to the boss of the controller company, this situation will put many consumer brands on the ropes, pushing some to disaster before the end of the year. When we talk about “consumer devices”, we refer to mobile phonestablets, consoles and computersbut also cars and of other devices with RAM and flash memories, such as televisions and even routers. Because it’s not that we can’t buy a couple of RAM pills, it’s that gigantic companies like Apple or Lenovo are already facing the problems involved in not having RAM. Memory production is dominated by just three companies and, although there are others such as Intel, tesla and the Chinese wanting to get their nails in the matterSamsung, Micron and SK Hynix are still the only ones capable of supplying the demands of the one that cuts the cod: NVIDIAas well as from Meta, Google or Microsoft. All production is focusing on creating memory for AI, and that means that Corsair, Dell, HP… but also Xiaomi, Vivo, OPPO, Sony or Nintendo They cannot buy RAM or they have to do so at higher prices. Consequence? That if they buy at a higher price, they must also sell the product at a higher price. And they may make devices that users are not willing to buy if they are more expensive either by price or by a less memory than that of previous generations. Unprecedented. There were already estimates that certain mobile companies were being more cautious with their shipment estimates for this year, but the CEO of Phison give a figure: between 200 and 250 million fewer mobile phones. It also targets the aforementioned PC industries (not those that we can assemble in parts, but to those pre-assembled by the companies) and to that of televisions. If all televisions are already ‘smart’, they need components that have a price through the roof. The executive is not the only interested party that has sent a pessimistic message about the situation. In statements to BloombergMicron’s executive vice president already pointed out that the current shortage is unprecedented, ridiculing even the previous components crisis that we live in 2020. In fact, something that is also unprecedented is that RAM manufacturers request payments up to three years in advance. Big Tech optimism. While users cannot buy components and consumer-focused companies are beginning to see sea level rise, Big Tech continues investing exorbitant amounts. There is not a day that we do not have news about billion-dollar investments in some data center or agreements between the main protagonist companies. And the most curious thing about that is that a lot is being invested in something that does not yet exist. Goal, for example, ends to buy graphics cards from NVIDIA for a data center not yet built. AND NVIDIA depends on Samsung I sent him a memory that he still doesn’t have. But the wheel keeps turning and, as one of the SMIC bosses commentedthe big feature of China, “no one has really thought about what exactly those data centers will do, but companies would love to build the entire capacity of the next 10 years in just one or two years.” We’ll see who gets ahead. Image | Andrey Matveev In Xataka | There was only one way to lower the price of RAM: Samsung and SK Hynix have flatly refused

A tsunami that caused thousands of dead

He Magnitude earthquake 8.8 Registered this morning on the Kamchatka Peninsula, it reminded many of the earthquake and subsequent Tsunami that devastated a segment of the Japanese western coast in 2011. However, to find a precedent closer to the recent event we have to go back further in time, as of November of the year 1952. Some precedents. Specifically to November 4, 1952at 18:58, Spanish peninsular time, 3:58 am in the Kamchatka Peninsula. It is estimated that this day, the failure that separates the Pacific and North America plates slid generating an earthquake of magnitude 9.0 (it must be taken into account that the logarithmic nature of the scale implies that the difference between both events could be remarkable). The event happened almost 73 years ago is maintained as the largest earthquake recorded in the region, although the archives of the United States Geological Service (USGS) also highlight an earthquake that occurred in 1923 that reached magnitude 8.4. Both the Today’s earthquake Like 1952 they had their OSONRO EPICENTROS (At a distance of only 30 kilometers from each other), unlike the one that occurred in 1923, whose epicenter was in the coast of the Peninsula. The consequences of an earthquake. The 1952 earthquake was not only the largest registered in the region, it was also the fifth largest earthquake measured by the instruments of the geologists. This event also unleashed a powerful tsunami with waves of up to 12 meters captured on the nearby Paramushir Island. The NCEI records (National Centers for Environmental Information), body responsible for preserving data and geophysical information of US institutions, indicate that the 1952 event cost the lives of between 4,000 and 14,000 people, with estimates that place the number in about 10,000 deaths. Despite its magnitude, there is no direct record of direct damages cause of the earth movement in itself. As on other occasions, it was the posterior tsunami that wreaked havoc: the estimates of the NCEI indicate that 99% of the victims of the event would have died as a result of the tsunami. More than earthquakes. Kamchatka is a geologically active region. In the environment in which the earthquakes of 1952 and this year were given, the Pacific plaque moves in the west-northwest direction, at a speed of about 80 mm a year with respect to the North American plate. This implies that between the two earthquakes the plates moved about six meters, Remember the USGS. Proof of the geological activity of the region are also the numerous volcanoes located in the Peninsula. The volcanoes of the region They are still active (As you have seen during the last incident), but also make up an interesting ecosystem that led Unesco to include them in your list of the World Heritage. In Xataka | Uploading to a roof in case of Tsunami only makes sense in one place: in Japan they take us decades of advantage Image | USGS / US Navy

That another tsunami reaches the coasts of Japan

The west of the Pacific has witnessed this morning of a great earthquake with epicenter off the coasts of the Kamchatka Peninsula. While for now there have been no victims, numerous areas of the Pacific coast They have activated alerts for the risk of tsunami. Among them, the densely populated coasts of Japan, where alert can bring memories of what lived in 2011. The earthquake. The earthquake, of magnitude 8.8occurred around 11:25 at local time, or 1:25, Spanish peninsular time (23:25 UTC). After the central event there have been a series of replicas in the area, one of which It has reached magnitude 6.9. The last replica detected by the United States Geological Service (USGS) has occurred at 12:13, Spanish time (22:13 local time), and has been a movement with magnitude 5.2. The event also had its precedents: the area had registered a high seismicity in the previous 10 days. A few hours earlier, at 4:59 PM, Spanish peninsular time (02:59 local time), A movement was recorded of magnitude 4.8 in the coastal region. The earthquake and its replicas have occur More than 180,000 inhabitants) and capital of the administrative region in which the Peninsula is located. Magnitude 8.8. Today’s has been the largest earthquake recorded from the earthquake Magnitude 9 which caused in 2011 a tsunami that swept part of the east coast of Japan. There is one Inverse relationship between the magnitude of an earthquake and the probability of being such an event. For example, the earthquakes of magnitude 8 occur, on average, once a year, while in an average year we can expect that some 1,500 earthquakes of magnitude 5 will occur globally. We do not know exactly how much energy the event has released, But based on USGS data We can estimate that it could be the equivalent of more than 7 billion tons of TNT. A new tsunami? The earthquake has activated alarms throughout the Pacific coast but especially in neighboring Japan. The coast of the Asian country is still under different levels of alert by Tsunami: about two million people have been calls to evacuate your residence or work areas due to risk which implies sea level rise. According to The local media reports Japan Timestowards the end of the afternoon waves of up to 1.3 meters had been recorded, but the country is still on alert since the waves can reach three meters. This implies an important risk for people, goods and infrastructure, but is far from the 40 meters of tsunami that swept the country’s coast in 2011. Another reassuring factor is that the distance from the earthquake has given the authorities time to react and avoid major problems. The Fire Ring. Both the earthquake and tsunami of 2011 and today have occurred in The so -called “Fire Ring”a region of high seismic activity that surrounds the Pacific Ocean. This is a meeting region between the Pacific tectonic plate and the surrounding plates. Throughout this border region there are numerous failures in which this meeting is particularly dynamic, causing high seismicity and high volcanism. An active peninsula. According to Explain the USGSin the area where the match has occurred, the peaceful plaque moves to the west-northwest with respect to the American plate with a speed of about 80 mm per year. Fruit of the high seismicity of this environment, the Kamchatca Peninsula has an abundant amount of volcanoes. Volcanoes that, located in a remote and relatively depopulated area, make up a natural place whose uniqueness led Unesco to add them to your list of the World Heritage. In Xataka | China will resurrect the technology that was believed a legend: the eight dragons that detect the lands of the earth Image | USGS

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