movements

create and update an Excel with your personalized movements, totals and balances

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Let’s explain to you how to create an Excel with your monthly movements wearing artificial intelligenceand from your bank statements. We will go far beyond the spreadsheets that your bank can generate with your expenses. The AI ​​will list what you spend and what you earn, and at the end of each month it will show you your total balance. But we are also going to ask that at the end of each month there be custom totals for specific expensessuch as Amazon purchases, Bizum movements, etc. This is something quite complex to do, and after testing we are going to give you the guide using Claudebecause it is by far the one that has given us the best results. The prompt that we are going to tell you you can also use it in ChatGPTwhere it will give you very good results. The only difference is that in ChatGPT You won’t have a button to save it to Drive, but at least you can download it. As to GeminiGoogle’s AI gives the worst results with this prompt, I would try to avoid it. In Claude we are going to seamlessly generate different pages for each month, it will use color coding, and we will tell you that add a button to save it to Google Drivesomething quite useful, although you can also ask it to simply allow you to download the file. Get your bank statements first The first thing you have to do is download a document with all your banking transactions from your bank application. In some cases you will already be able to download it in Excel, but our idea is to make one with AI in which specific totals are also calculated at the end of each month. Many banks will allow you to choose the time periods you want to take into account when downloading expenses. Here, you should keep in mind that AIs usually have a limit in the context of your requests. This means that it is better to cover shorter periods of time. For example, you will be able to download statements for each month or every two months, because then you can ask the artificial intelligence to update your spreadsheet with the new data from each extract. If you use Claude, link your Drive account One of the positive aspects of Claude is that you can add and activate the connector Google Drive. The connectors are used to connect Claude to other services, in this case Google Drive. You’ll have to give the AI ​​access to your entire Drive, so be careful if you’re looking for maximum privacy. In our case, this will help us be able to create a save button in Drive our document. Thus, not only will you be able to view the spreadsheet directly in Claude, but you will also be able to download it or save it to your cloud. Create your spreadsheet Now let’s get to work. Open Claude and attach the document with your banking transactions that you have downloaded from your bank application. When you do it, you have to include the prompt explaining what you want. We have used this: “This is a statement from my bank. From your data, I want you to generate a spreadsheet showing the total expenses for each month. Each month must be separated, and you must list all expenses and income with negative and positive signs. At the end of each month you must show me a box where I see the total to know if I have had a positive or negative balance. At the end of each month I also want you to make two extra boxes where you show me the total expenses on Amazon purchases, and the balance of Bizum movements. Each month should then be separated on a different page within the spreadsheet. Additionally, I want you to use a color code, to put the rows that represent an expense in red and an income in green. The spreadsheet should be a .xlsx file, and I also want you to generate a button so I can save this document directly to Google Drive. Also, from now on, every time I share a bank statement with you in this conversation, you will update that document to add the data.” As you can see, we have asked for it to be a multi-page spreadsheet, one for each month, and to use color coding. We have also requested boxes for extra balancessuch as the total spent on Amazon or the balance of movements in Bizum. You can also ask for other types of balances, but it is better that stick to requests that the AI ​​can identify. This means that perhaps if you ask it how much you spend on subscriptions, it may not be able to identify all of them correctly or it may charge you more than necessary. It’s best to include specific expenses with a name that appears on your statements. If you want to include subscriptionsto give you an idea, in another conversation you can ask him to identify your subscriptions from your bank statements. And after doing so, you can include in your prompt that puts the monthly expenses of those specific subscriptions in a cell. Claude will take a few minutes to do everything and will show you each step he takes. In the end, you will have a document with the Excel XLSX format that we have requested. If you click on it you will open it directly in Claudealthough you will also have a button to open it in the application compatible with the format you have by default. When you click on the file that has been generated, in Claude it will open in the same chat. If you use ChatGPT you will have to download it. When you open it, you can check that everything is the way you like it, and check the totals and expense list. That’s it, you will … Read more

Netflix buys Warner Bros, stays with HBO and completes one of the most important movements in the history of streaming

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Warner Bros. knew what it was saying when it commented that it wanted to have a buyer before the end of 2025. After a few weeks in which it seemed that Paramount was going to take the lead, it was finally Netflix, which has acquired the oldest film production company, although we will have to wait: for now, Warner has to conclude its global networks division (which includes CNN and Discovery) in a new company. 82.7 billion dollars. Netflix has closed the largest acquisition in its history and one of the most significant operations in the entertainment industry: the purchase of the centenary Warner Bros studio, along with the streaming platform HBO Maxin a deal valued at $82.7 billion in terms of total enterprise value. Warner Bros. Discovery shareholders will receive compensation of $27.75 for each title they own, structured as a payment of $23.25 in cash plus $4,501 in Netflix shares. Organic growth is over. The transaction represents a radical shift in corporate strategy for Netflix, which for two decades had shunned large acquisitions in favor of organic growth. Just two months ago, co-CEO Greg Peters had criticized media megamergers. The agreement concludes an intense bidding war of three rounds in which Netflix beat competitors such as Paramount-Skydance (which sought to buy all of WBD) and Comcast (interested only in the streaming and studio assets). Netflix’s final proposal includes a breakup penalty clause of $5 billion in case regulators block the operation. Just yesterday, Paramount-Skydance accused to the process having been “rigged” with a “predetermined outcome” that favored a single bidder. Netflix’s victory is partially attributed to the close professional relationship between David Zaslav and Ted Sarandos. It still remains. The final closure will not occur until Warner Bros. Discovery completes the separation of its traditional networks division (which includes CNN, TNT Sports, Discovery Channel, TBS and the European broadcast television channels, in addition to the Discovery+ service and Bleacher Report) into a new independent company called Discovery Global. This process is scheduled to end in the third quarter of 2026, at which point Netflix will be able to take effective control of the acquired assets, according to the official calendar broadcast by Netflix itself. What does Netflix have now? With this operation, Netflix will incorporate into its corporate structure the production companies Warner Bros. Motion Picture Group and Warner Bros. Television, DC Studios (responsible for the superhero franchises that rival Marvel and that have just experienced a welcome resurrection), the entire HBO programming including emblematic series such as ‘Game of Thrones’ or the future reinvention of ‘Harry Potter’, and a historical library that includes approximately 12,500 feature films and 2,400 series. All of this, of course, in addition to universally famous franchises and IPs like those mentioned, FriendsThe Lord of the Rings or the entire Looney Tunes catalog, among other things Hanna-Barbera. The deal also gives Netflix physical production infrastructure, including Warner’s legendary Burbank studios in California. In Xataka | Using Netflix in 2018 was much better than now: we have normalized degrading experiences

It seemed like a game of imitating movements. It was actually diagnosing autism better than many clinical tests

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When we think about video games, the fact of being a form of entertainment for young people (or not so young) or even that have an educational purpose. But they wanted to go one step further by betting on video games as a diagnostic tool for the little ones in the house and detect diseases early as important as the autism or the ADHD. The importance. Classically, both ADHD and autism are pathologies that they overlap from childhood, making early diagnosis difficult, which is the cornerstone in modern medicine to be able to tackle problems quickly. And this is what has been achieved with a video game that promises to differentiate a patient with ADHD from another with autism in less than an hour, just with the ability to copy the movements made by a silhouette on the screen. As we say, early diagnosis, especially of ASD, is really important to apply treatment that improves the quality of the child’s life and also begins effective interventions as soon as possible. Because although at the moment there are no treatments that are curative, it is possible to try to control some of the symptoms that are generated. Currently there are not many reliable and specific biomarkers to make this diagnosis, and this is a problem because autism spectrum disorder coexists with ADHD (attention deficit hyperactivity disorder) in 50-70% of cases. This overlap often results in a “confusing clinical picture” that leads to erroneous or delayed diagnoses that are ultimately a serious problem. Hard to detect. But diagnosing ASD is not easy either, because it is based in many cases on traditional evaluations of motor imitation, because the problem lies in mirror neurons of our brain. In this way, it is classic that if a baby He doesn’t respond by smiling when we make him smile. the case can be raised alarm. But this is a slow thing that requires highly trained observers and has limited reliability, precision, and scalability. The video games. And this is where the video game in question comes in to be able to give us the tools that we lacked on a daily basis to do the job. diagnosis of ASD. Something that a research team has achieved by developing the Computerized Assessment of Motor Imitation, or CAMI. A system that is a short task, lasting one minute, which has been designed as a very attractive video game so that you want to play. The system in this case uses different computer vision methods to evaluate the performance of the imitation without the need to place any type of sensor on the children and almost without human intervention to interpret the results that are generated. Imitation as key. The objective of the study was clear: To examine whether CAMI could identify imitation problems specific to autism compared to children without any type of illness or children with ADHD. In the event that a child could not imitate the movements that appear on the screen, we could be talking about a major problem that is causing all of this. But the obligatory question in this case is… Why do we look at the imitation of movements? The answer is that imitation performance is considered a promising biomarker that is quite specific for diagnosing autism. Imitation in this case is essential for social learning and interpersonal relationships, and its deficit has been associated with children who have ASD compared to healthy children. The challenge was to demonstrate that this deficit is specific to autism and not to other conditions with atypical motor profiles, such as ADHD. That is, if a child could not follow the movement that appeared on the screen it was due to a problem related to the autism spectrum and not because there was a problem in attention. The experiment. The cross-sectional study recruited 183 children between 7 and 13 years old. Participants were divided into four groups: ADHD (without ASD), ASD with co-occurring ADHD, ASD without ADHD (ASD only), and neurotypical children. The test consisted of two trials of one minute each, in which children were asked to stand up and copy the “dance” movements that an avatar made on the screen. The movements in these cases were recorded by the Xbox Kinect cameras and CAMI automatically calculated an imitation score for each trial ranging from 0 to 1, with one being perfect imitation. These scores were averaged to obtain a composite score. The result. The results were significant. Children with ASD, regardless of whether they had ADHD or not, showed significantly worse CAMI performance than neurotypical children. In contrast, children with ADHD alone showed CAMI performance similar to that of neurotypical children. But screening could also be done within patients who pointed to having ASD, since worse performance on the CAMI was associated with greater autism traits (measured by ADOS-2), specifically in restricted and repetitive social affect and behavior. However, performance is not associated with ADHD traits or general motor ability, which gives us a clue to be able to refine the diagnosis much more. The authors conclude that this CAMI method, which is low-cost and scalable, specifically distinguishes ASD not only from neurotypical development, but also from ADHD. Although currently a research tool, the findings lay the foundation for establishing CAMI as a definitive test to see if a child has autism or not. Images | Alireza Attari Sam Pak In Xataka | We have discovered a genetic mechanism to explain up to 80% of autism cases. Thanks to some Spanish scientists

In his mission to follow the movements of North Korea, South Korea has decided to bet on an advanced steering wheel

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In South Korea, the surveillance of heaven It is a constant task that is never terminated. Missile tests and the use of low flight drones The need to strengthen detection systems has highlighted by the north. Radars on land, conditioned by the country’s geography, do not always offer the necessary coverage against threats that seek to go unnoticed. To respond to that challenge, Seoul has decided to bet on a new generation of Early alert planescapable of expanding surveillance and ensuring more stable control of your airspace. It is not just about incorporating technology, but ensuring that the country has sufficient means to anticipate any scenario. The search for a new early alert plane It started in 2020when the Defense Procurement Agency (DAPA) approved the second phase of its AEW & C program. By then, South Korea already had four E-737 Peace Eye acquired from Boeing in 2006 and delivered in 2012, but the experience had made it clear that they were not enough. Parliamentary documents revealed in 2019 indicated Availability problems and technical failuress that prevented maintaining the planned patrol rate. To that limitation was added the pressure of an increasingly complex strategic environment, marked by the expansion of North Korean arsenal. A jump in the air surveillance strategy Seoul has opted for an unusual combination until a few years ago: an executive reactor Bombardier Global 6500 equipped with radar The/W-2085 developed by Elta. This system, with active electronic exploration antennas on the sides and additional sensors in the nose and tailallows to monitor in all directions promising a much greater scope than that of conventional radars. With this model, the country is looking for a more compact platform and with operational costs contained compared to larger solutions. The contest was marked by a struggle between two proposals that started from the same base plane, the 6500 global. L3Harris offered to integrate it with the radar the/W-2085, while the European Saab presented its globaleye solution, equipped with the radar Erieye Extended Range. Dapa’s evaluation concluded that there were no major differences in technical performance, but in other aspects. As the agency explainedthe American proposal received more points in operability, maintenance costs and contribution to the local industry, while the Swedish firm stood out in price and contractual conditions. Conceptual Image of Global 6500 for South Korea According to Dapa, the approved budget amounts to 3.87 billion wones, about 2,820 million dollarsand contemplates the incorporation of four planes until 2032. The goal is to have permanent patrols capable of monitoring the national airspace without interruption and coordinating the response in case of crisis. Deliver planning up to that horizon will progressively integrate aircraft in the operations of the Air Force. An E-737 Peace Eye in the United States The industrial component presumably had a relevant weight in the decision. L3harris has been supplying equipment to the South Korean armed forces, from electro-optical and infrared surveillance systems to safe communications and night vision devices. The company has an authorized service center in the country, which reduces maintenance times and simplifies logistics in case of breakdowns. The 6500 global is expected to reinforce the air defense of the Asian country. These devices will be integrated into the grid national Istarconnecting combat sensors and units to generate a complete image of airspace. Its main mission will be to detect intrusions and coordinate the immediate reaction, but its regular use is also contemplated in periods of calm to maintain training and preparation of crews. Images | L3harris (1, 2) | United States Air Force In Xataka | The F-47 will not only be the most advanced hunt in the United States: the filtration of its badge has revealed what country it aims

NASA is about to launch two rockets toward the auroras. The objective: understand their hypnotic movements

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The auroras have fascinated those who have observed them for millennia, but they continue to hold all kinds of mysteries. despite current sensors. In order to better understand your blinks and pulses, NASA will fly directly to them from the region of the United States where they appear most frequently. Meanwhile, in Alaska. Although almost all of America’s space activity occurs in warm Florida, NASA’s Goddard Space Flight Center has everything ready to launch a sounding rocket from Alaska. Delayed on numerous occasions due to bad weather (today they expect snowfall and tomorrow, minimum temperatures of -28 ºC), the launch is scheduled for this week from Poker Flat Research Camp from Fairbanks. A flight to the auroras. The mission is called Ground Imaging to Rocket investigation of Auroral Fast Features (whose acronym is “GIRAFF”but I don’t know who they’re trying to fool, we all know they put the acronym first). The objective is to fly, with separate sounding rockets, to two subtypes of northern lights: Fast-pulsing aurorae, which flicker in a rhythmic pattern of pulsations every second, are related to a type of electromagnetic waves in the magnetosphere called Alfvén waves. Flickering auroras, whose variability is slower and more irregular, and are characterized by flickers in the sky that appear to move or shift according to the flow of charged particles in the magnetosphere Aboard a modified missile. For this mission, NASA will use Black Brant XI sounding rocketswhose first stage is derived from the US Talos naval missile. With three stages of solid fuel, the small rocket is capable of launching a payload of up to 600 kg to a height of 250 kilometers. The GIRAFF mission rockets are equipped with instruments to measure the processes responsible for creating the optical variations in auroras, hypnotic movements observable from Earth that occur at relatively high frequencies of up to 15 Hz or more. The GIRAFF mission. NASA researchers want to understand why some auroras flicker, others pulse, and others appear to have holes. This research focuses on two specific energy coupling mechanisms with such saccharine names as low-altitude electromagnetic ion cyclotron wave-particle interactions and chorus wave modulation in the equatorial magnetosphere. To better understand the mechanisms of these interactions, what better than to fly directly into a flickering aurora and a fast pulsating aurora with two identical rockets? A second mission will launch two more rockets into the dark spots or “holes” of the auroras to better study this other phenomenon. Images | NASA/Lee Wingfield/Sebastian Saarloos In Xataka | This is what the Northern Lights look like from space

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