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sell EV models you might want to steer clear of, for a variety of reasons.

Amazon Kindle has emerged as one of the top ebook readers available today. It features an E-Ink display that minimizes eye fatigue and provides ebooks with a somewhat paper-like texture. Such ergonomics have contributed to its popularity among bibliophiles, along with its connection to Amazon’s extensive ebook collection. Recent Kindle models have even evolved beyond basic reading capabilities, incorporating technological innovations like waterproofing, which enables users to relax with ebooks by the pool or in the bathtub. The long battery life and lightweight design make it convenient to carry wherever you go.

However, the rise of the Amazon Kindle has attracted a considerable amount of competition. Numerous e-readers and tablet-like devices offer comparable features to the Kindle, with many possibly providing a superior e-reading experience. Amazon even stocks various such devices, so we set out to investigate the selection and pinpoint some Kindle alternatives that Amazon shoppers appreciate. While there are premium tablets available on Amazon all day long, we concentrated on devices that, at least in part, offer features tailored specifically for reading enthusiasts. Up-and-coming brands like Boox and Kobo market such devices on Amazon, and we discovered a few others with models worth exploring.

Android configuration to enhance your user experience and eliminate personalized advertisements on your device. Additionally, Android includes various robust security features, like Advanced Protection, which further safeguards your device and Google account.

After several months of leaks that revealed some of the Pixel 10a’s features, Google has officially launched its mid-range Android device for 2026. The Pixel 10a was introduced on February 18, showcasing a familiar style, a respectable array of specifications, and an emphasis on Gemini. However, the most appealing aspect of the Pixel 10a may be its price, especially in a market currently preoccupied with the ongoing memory chip crisis driven by rising AI demand. This memory shortage is anticipated to affect numerous new gadgets, including mid-range Android phones, with price increases likely for select models. Nevertheless, Google remains steadfast, pricing the Pixel 10a at $499 for the 128GB variant, consistent with its predecessor, the Pixel 9a.

The Pixel 10a retains the same dimensions (6.1 by 2.9 by 0.4 inches) as the Pixel 9a but is marginally lighter (6.5 ounces compared to 6.6 ounces for the Pixel 9a). One significant design modification from Google is the completely flat rear camera module on the Pixel 10a. This allows Google’s mid-range Pixels to have a distinct design edge over many competitors, enabling them to rest perfectly flat on surfaces.

The Pixel 10a is built to last, featuring a Corning Gorilla Glass 7i front cover, an aluminum frame, and a plastic back. Similar to the Pixel 9a and Pixel 10 models, the new phone boasts an IP68 rating for dust and water resistance.

Enhanced battery charging, Satellite SOS capability, and new AI functionalities

One potential drawback of maintaining stable pricing may be the processor choice. Google has utilized the same Tensor G4 chip that powers the Pixel 9a. This means that Pixel 9a users might be hesitant to upgrade to this new mid-range option, as the 2026 model is expected to deliver the same performance as its forerunner. However, the device introduces several premium features, including a 60-120Hz 6.3-inch pOLED display, which is marginally brighter than its predecessor (3,000 nits peak brightness compared to 2,700 nits and 2,000 nits HDR brightness versus 1,800 nits). The phone is equipped with a 5,100 mAh battery, identical to that of the Pixel 9a. Google’s estimated battery life also remains consistent at over 30 hours. Furthermore, the Pixel 10a supports 45W fast charging (exceeding the Pixel 10’s 30W charging speed) that can achieve a 50% charge in just thirty minutes. Notably, the Pixel 10a is Google’s first mid-range phone to provide Satellite SOS communication support.

The camera hardware will seem familiar as well. The dual-lens setup on the rear consists of the same 48-megapixel primary camera and a 13-megapixel ultrawide lens as the Pixel 9a. The front-facing camera retains a 13-megapixel sensor, but Google brands the device as “the best camera under $500.” The Pixel 9a will feature a variety of AI capabilities that you might recognize from the Pixel 10 flagship devices, including Camera Coach and Auto Best Take. The phone also includes support for Gemini Live, Gemini applications, Circle to Search, Nano Banana, and other AI attributes.

Lastly, the Pixel 9a launches with Android 16 pre-installed, with Google promising seven years of Android updates. As with the Pixel 10 phones, the Pixel 10a embraces Quick Share/AirDrop functionality, facilitating easy content sharing with iPhone users.

Pixel 10a pricing, colors, and availability

The Pixel 10a is available in four color variants: Berry, Fog, Lavender, and Obsidian. Customers can select between two storage options, 128GB and 256GB, with either 8GB or 12GB of RAM. The larger storage variant incurs an additional cost of $100, but Google is offering a $100 Google Store credit or a complimentary pair of Pixel Buds 2a for unlocked purchases, which should offset the extra storage expenses. Customers looking to trade in their existing devices might be able to purchase the Pixel 10a for as low as $49, according to Google.

Shipping for the Pixel 10a will commence on March 5, at which time it should also be available in stores. This timeline should give you ample opportunity to decide whether to preorder the latest device and benefit from the significant upgrades Google has implemented, or seek out bigger discounts on the Pixel 9a, which is likely to be discounted by other retailers following the official announcement of the Pixel 10a. Google continues to sell the Pixel 9a online, starting at the same $499 price as its successor, while Amazon lists it at $418.

NASA’s EMIT sensor has identified ocean waste from orbit and investigated the influence of various minerals on Earth’s climate. So, what sorts of computers does NASA employ to achieve such remarkable accomplishments? How does their technology stack up against the top consumer PCs available today? Unsurprisingly, NASA’s supercomputers operate at a level distinctly higher than even the priciest consumer systems on the market.

The agency openly shares information about the technology utilized in their elite computing program via a publicly available computing systems overview document. The most powerful supercomputer in their arsenal is Athena, which became operational in January 2026. Athena can deliver over 20 petaflops of peak performance, making it approximately 190 times quicker than the NVIDIA GeForce RTX 5090 graphics card utilized in modern gaming computers. NASA’s use of supercomputers at the Advanced Supercomputing Facility in Moffett Field, CA, is bolstered by an archival storage capacity of 1,400 petabytes.

However, it isn’t solely about supercomputers. NASA’s standard offices comply with the government-wide strategic solutions baseline specifications for workstations, which involve using standard business-class desktops and laptops. This means NASA personnel spend a significant part of their day operating in Windows 11 on PCs equipped with original equipment manufacturer (OEM) components, similar to those of a typical office employee.

When visuals of Google’s Aluminum operating system surfaced online, Android enthusiasts rejoiced at the prospect of merging ChromeOS and Android into one platform. Despite Google’s historical separation of its PC and mobile systems, the new operating system indicates a more ambitious vision in the computing sector. Company representatives have praised the system for delivering on Google’s significant AI developments, with expectations that it will introduce a range of new Gemini AI features aimed at pushing Google’s computers ahead of Mac and Windows in the premium PC arena. However, whether users will embrace such features remains a separate topic.

In September 2025, Sameer Samat, head of the Android Ecosystem, stated during a presentation at Qualcomm’s Snapdragon Summit that bringing the two systems together was “something we’re super excited about for next year.” While describing this merger, Samat mentioned that Google was “redefining the ChromeOS experience by recalibrating the technology beneath it on Android.” The explanation was somewhat ambiguous. Nonetheless, a recent leak of the operating system, first reported by 9to5Google, provided fans with their initial glimpse of the new platform.

As of now, speculations suggest that Aluminum will operate on the high-performance MediaTek Kompanio Ultra-powered tablet Sapphire and the Intel Panther Lake-powered Ruby. However, a new report from The Verge has cast doubt on the hopeful timelines for Aluminum’s commercial launch in 2026. Referring to previously unreleased court documents from Google’s recent antitrust litigation, The Verge disclosed that Aluminum OS is not one of the major changes expected for Chromebooks this year. Instead, the court records propose a more pragmatic timeline, pushing the launch to 2028. Besides the release specifics, the documents outline a strategy for Google’s existing Chrome OS devices, bearing implications for both current and future users.

The insights arise from the federal government’s antitrust suit against Google, in which officials sought to compel Google to divest its Chrome internet browser amid ongoing monopoly issues. As per a court transcript shared with The Verge, while Samat indicated to the court that Google was “working diligently” towards a 2026 release, the transcripts implied that the expedited timeline was more aspirational than a concrete objective. Conversely, documents filed by Google indicated that the company’s “swiftest route” would involve releasing test versions of the operating system to a select group of “trusted” commercial users by late 2026, with broader releases—particularly for the “enterprise and education sectors,” which have a significant ChromeOS user base—currently aimed for 2028.

The report also highlighted the timeline regarding Google’s strategy for transitioning its operating systems. According to Google’s attorneys during the proceedings, the company is committed to its 2024 pledge to provide “10-year support” for existing Chrome OS users, which means support will last at least until 2033. Although this was not new information, court records clarified that Google plans to “phase out” the operating system almost immediately after this commitment lapses, suggesting that ChromeOS support would cease starting in 2034. Whether users can transition from Chrome to Aluminum is still uncertain. As John Maletis, Google’s VP of Product Management for Chrome OS, conveyed to Chrome Unboxed in January 2026, not all devices will automatically transition to Aluminum OS due to variations in technical specifications. Nevertheless, Google is reportedly “working on a way” to facilitate the migration of newer models to Aluminum.

In essence, the integration of ChromeOS and Android will enable users to run Android applications on their laptops, fostering cross-device compatibility akin to Apple’s offerings. At the Qualcomm Snapdragon Summit in 2025, Google VP of Devices and Services Rick Osterloh characterized the initiative as a “shared technical foundation” between Google’s two offerings, highlighting that this strategy will enable the tech giant to “capitalize on all the impressive work we’re doing collectively on our AI stack by introducing Gemini models—bringing our entire application and developer community into the PC sphere.” Ultimately, Google aspires for its Aluminum OS to emerge as a legitimate counterpart to macOS and Windows 11 within the premium PC sector.

Android supporters were given a glimpse of the emerging operating system in January 2026, when 9to5Google reported on two videos that inadvertently showcased early previews of the operating system’s user interface. Uploaded to a bug report on the Chromium Issue Tracker, the videos display screen captures of a split-screen Chrome development environment running on an HP Elite Dragonfly 13.5 Chromebook. Although limited in detail, the recordings depict Aluminum as the stylistic and functional offspring of Chrome OS and Android 16. Observers speculate that Aluminum will likely adopt Android’s big-screen approach, featuring some aesthetic modifications like a taller taskbar and design elements from both operating systems. Even though the leaked visuals are somewhat indistinct, experts quickly note that both the Android 16 icon and the Aluminum OS build number

while you might not require a Fire TV Stick any longer, many individuals still find them exceptionally beneficial for accessing an array of applications, services, and content on their television. You might lack a TV with these features integrated, or simply favor the Fire TV operating system’s interface. Regardless of the reason, Amazon is presently offering a deal that might appeal to those seeking an upgrade or a completely new device.

Currently, the Amazon Fire TV Stick 4K Plus is discounted significantly from its usual price, and the user feedback, along with Amazon’s endorsement, makes it a competitive choice. This gadget provides access to some of the most popular streaming applications and enables cloud gaming without needing a console. This Fire TV Stick comes with everything necessary to commence your streaming journey, and the range of devices it supports is quite extensive.

A further advantage of the 4K Plus is that it’s included in the list of devices receiving the latest Fire TV UI update, which features a visual redesign along with various enhancements for user convenience. There’s even a hidden trick for Fire TV Sticks that Amazon might prefer you don’t discover, should you choose to grab this offer. However, prompt action on this one may be wise. Not to sound like a cliché, but even Amazon has indicated that this item is moving quickly.

captivating work of art (even devoid of CGI) “Mad Max: Fury Road”. Observing the end result, refined flawlessly in terms of every minuscule detail, you might not immediately recognize the challenges and accuracy involved in crafting each set piece, nor the vision and skill necessary to render them as a cohesive epic on the large screen. Miller, a director with half a century of experience, understands how to bring that to fruition. Yet, throughout the actual filming process, this might not be apparent, even for the actors who are integral to it.

Tom Hardy (who appeared in a little-known sci-fi film with Kelly Reilly at the beginning of his career) was among those who struggled to envision or acknowledge the genius required for Miller to realize his vision during that time. He felt frustrated and uncertain while shooting, but during a press event in 2015 at Cannes (as reported by Variety), he openly apologized to Miller for “being shortsighted” after experiencing the film for the first time.

He elaborated, “The most exasperating thing for me or the toughest aspect [of filming] was attempting to comprehend what George wanted from me at any moment, minute by minute, so I could fully [realize] his vision. I became frustrated, and there was no way that George could have conveyed what he envisioned in the sand while we were out there. Because of the extensive effort necessary to make everything that was incredibly intricate appear so straightforward — which is how I perceived it — which was an unrelenting onslaught of complexities distilled into a relatively linear narrative… I recognized [Miller] was exceptional, but I didn’t grasp how exceptional until I witnessed it.”