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Cost-Effective Method to Enhance Your Smart TV’s Functionality

TV interface appears to be slow and unresponsive. This occurs because numerous smart TV models are equipped with relatively weak processors, which can begin to show their limitations when faced with modern applications that demand greater resources. This is also a factor for why certain streaming services discontinue support for older smart TVs. Nevertheless, since all other components of your TV are functioning properly, upgrading to a new smart TV may not be the most sensible choice. Luckily, there is an affordable way to address this issue: a streaming stick.

Instead of investing in an entirely new TV, you can easily purchase a streaming stick and connect it to your TV’s HDMI port, breathing new life into your television. As the streaming device comes with its own processor and other electronic components, it doesn’t depend on your TV’s internals for anything except transmitting audio and video signals. Therefore, as long as you choose a relatively recent streaming stick model, you will enjoy a quick and reactive experience along with access to all the necessary apps. Moreover, if after a few years the streaming stick begins to show signs of aging, you can simply upgrade to a newer version and continue using the same TV until you are truly ready for a new one.

Which streaming stick should you purchase?

Xreal 1S Provides 1200p Imagery and Lower Cost for Premier AR Eyewear

The Xreal 1S is transforming the AR glasses industry by delivering an impressive 500-inch virtual screen experience for less than $450. This latest iteration improves upon the resolution, brightness, and field of view of its earlier model, while also lowering the price by $50 to $449. Equipped with the X1 chip, the Xreal 1S can transform any 2D content into a 3D spatial environment without requiring special applications. The glasses feature a 1200p Full HD resolution and a 52-degree field of view, creating an engaging experience. With a maximum brightness of 700 nits and a 120Hz refresh rate, the Xreal 1S is perfect for use in daylight and for smooth gaming sessions. The accompanying Neo power hub, set to launch in February 2026, enables seamless gaming on devices such as the Nintendo Switch and Steam Deck, enhancing both resolution and refresh rates. The Xreal 1S is currently available on Amazon and Xreal’s website, while the Neo can be pre-ordered at a special price of $99.

Govee Transforms Smart Lighting Capabilities at CES 2026

Govee is transforming the smart lighting sector by launching features that surpass mere color alterations. At CES 2026, Govee presented its vision for smart lighting that molds itself to users’ daily routines, moods, and surroundings. The brand’s latest technologies, such as DaySync and AI Lighting Bot 2.0, are designed to integrate lighting seamlessly into home lives by syncing with local sunlight patterns and enabling scene creation via natural dialogue.

Notable innovations feature LuminBlend+, delivering ultra-accurate color management through a 16-bit precision chip and RGB-to-white blending, which provides an extensive spectrum of colors and temperatures. AI Lighting Bot 2.0 improves user engagement by facilitating scene modifications via conversational commands and generating animated visuals from descriptions. DaySync automatically modifies lighting depending on the time of day and local circumstances, removing the necessity for manual scheduling.

Govee’s latest flagship offerings highlight these breakthroughs. The Floor Lamp 3 merges LuminBlend+, DaySync, and AI Lighting Bot 2.0 in an elegant design, providing precise color management and adaptive lighting. The Ceiling Light Ultra turns ceilings into imaginative displays with a 616-pixel LED matrix, AI visuals, and exceptional brightness. The Sky Ceiling Light emphasizes well-being, mimicking natural sky hues and sunset effects, perfect for rooms without windows.

Furthermore, Govee is broadening its smart home functionalities with compatibility for Samsung SmartThings and Matter, improving compatibility and integration with additional smart devices. These advancements establish Govee as a frontrunner in developing intelligent lighting solutions that cater to users, delivering a more personalized and adaptable lighting experience.

Best MacBook Air and MacBook Pro Offers for January 2024

If you’re aiming to start the new year with a new MacBook, this is an excellent moment to purchase. Recently, Macs have become increasingly budget-friendly – primarily due to Apple’s shift to Apple Silicon. These MacBooks are also better equipped than ever.

Apple’s newest macOS Tahoe update has also terminated support for nearly all Intel Macs (with a few minor exceptions). If you wish to remain on the most current Apple software, now is an ideal time to upgrade.

### M3 MacBook Air

In 2022, Apple unveiled the revamped MacBook Air with a sleeker design, a larger display with narrower bezels, and brought back MagSafe. It is also available in new Starlight and Midnight hues alongside Silver and Space Gray, while Gold is no longer an option. This innovative design was launched with the M2 chip and has persisted since.

**15-inch models with M3 chip:**
– 15-inch MacBook Air with 512GB of storage, 24GB of memory: [$1099 at Amazon](https://amzn.to/489Yepa) ($600 off!)

The 15-inch variant is a fantastic choice if you’re seeking greater unified memory than most individuals, which can be significantly beneficial for multitasking. Conversely, the 13-inch model is a great pick if you want something newer than an M1 MacBook Air while staying closer to a $600 budget.

### M4 MacBook Air

Last March, Apple revealed a refreshed MacBook Air featuring the M4 chip. This device closely resembles its predecessor, with a new Center Stage webcam and a new Sky Blue color replacing Space Gray.

Currently, you can find a $200 discount on the latest MacBook Air models. Apple is said to be developing a new entry-level MacBook with an A18 Pro chip expected to launch within the next year or so – but at these prices, I would honestly opt for the MacBook Air without worrying about any compromises.

**13-inch models with M4 chip:**
– 13-inch MacBook Air with 256GB of storage, 16GB of memory: [$799 at Amazon](https://amzn.to/421Yxj9)
– 13-inch MacBook Air with 512GB of storage, 16GB of memory: [$999 at Amazon](https://amzn.to/4o0M7jn)
– 13-inch MacBook Air with 512GB of storage, 24GB of memory: [$1199 at Amazon](https://amzn.to/3KyKcEp)

**15-inch models with M4 chip:**
– 15-inch MacBook Air with 256GB of storage, 16GB of memory: [$999 at Amazon](https://amzn.to/4i8YJ4T)
– 15-inch MacBook Air with 512GB of storage, 16GB of memory: [$1199 at Amazon](https://amzn.to/4nV3KSp)
– 15-inch MacBook Air with 512GB of storage, 24GB of memory: [$1399 at Amazon](https://amzn.to/4i2wTHe)

### M4 MacBook Pro

Apple revamped the MacBook Pro in 2021, introducing a completely new miniLED display with ProMotion, additional ports (most notably an HDMI port and SD card reader), as well as larger batteries and enhanced thermal efficiency. It also featured a 1080p webcam for the first time.

While the MacBook Pro is not as affordable as the MacBook Airs mentioned, if you desire that exceptional display and the additional ports, there are still some impressive deals available. All models listed below are equipped with M4 Pro and M4 Max chips, delivering the highest performance in a MacBook Pro. If you’re looking for base level silicon, you’ll need to purchase an M5 model.

**14-inch models:**
– M4 Pro MacBook Pro with 512GB of storage, 24GB of memory: [$1749 on Amazon](https://amzn.to/4ckNjcZ) ($250 off!)
– M4 Pro MacBook Pro with 1TB of storage, 24GB of memory: [$2099 on Amazon](https://amzn.to/4pbAMhS)

### M5 MacBook Pro

In October, Apple introduced the new 14-inch MacBook Pro featuring the M5 chip. However, in a break from tradition – it was only released with the base M5. If you’re seeking more power, or a 16-inch model, you’ll need to go for an M4 Pro or M4 Max chip.

M5 is approximately 15% quicker overall compared to the M4. In comparison to M4 Pro, M5 is about 10% slower.

Anticipated Advancements in the iPad Series Until 2026

This year, Apple is expected to update most of its iPad collection. The company initiated a new iPad generation with the debut of the M5 iPad Pro in October, and every other iPad in the series will follow suit later this year. These are the latest speculations.

## M4 iPad Air

The first significant iPad release of the year will likely be the upcoming iPad Air model, possibly arriving in March. This will incorporate the M4 chip into the iPad Air, offering another 10-20% increase in performance compared to the M3 chip.

With the launch of the N1 chip and the C1X modem in the M5 iPad Pro, it’s likely that the forthcoming iPad Air will also transition to Apple’s proprietary modem and networking chips. This will facilitate quicker cellular connectivity and support for Wi-Fi 7.

Aside from internal chip advancements, there aren’t many evident enhancements for the M4 iPad Air. Possible but unconfirmed updates could include a 600 nit display (which is currently exclusive to the 13-inch model) and new color variations. A 90 or 120Hz screen would also be a welcome feature.

While OLED has been anticipated for the iPad Air, it most likely won’t debut until 2027 or beyond.

## A19 iPad

Following that, the budget iPad, priced at $349 but frequently available for $299 during sales, is rumored to receive the A19 chip. This enhancement is more than just a specification upgrade, as it will introduce Apple Intelligence capabilities to the budget iPad for the first time.

Like the iPad Air, the budget iPad is also likely to adopt Apple’s proprietary N1 chip and C1X modem.

Personally, I’d really like to see a proper keyboard for the budget iPad, something akin to the Magic Keyboard available for iPad Air and iPad Pro. As it stands, the budget iPad is limited to the Magic Keyboard Folio, which only allows for use on a table, as it requires a kickstand for support.

The iPad is expected to receive the A19 chip sometime in the first half of 2026.

## A19 Pro iPad mini

Lastly, the iPad mini is poised for its first refresh since 2024. This update will likely bring the A19 Pro chip, but it will also present a much larger upgrade… OLED.

This upgrade is anticipated to occur later this year; however, according to Bloomberg’s Mark Gurman, Apple is focusing on the iPad mini to be its next significant product to transition. Apple first introduced OLED to the iPad Pro back in early 2024 with the M4 model, having initially brought it to the iPhone lineup beginning in 2017.

In addition to the OLED and A19 Pro chip, the next iPad mini is reportedly going to incorporate a more water-resistant design, according to Bloomberg.

The iPad mini has not undergone a significant redesign since 2021. Based on these rumors, it appears that Apple has significant plans for the 5-year anniversary of that initial redesign.

## Wrap up

Overall, it’s a relatively quiet year for iPad, excluding the iPad mini.

Looking ahead, Apple intends to integrate a vapor chamber cooling system into the M6 iPad Pro, which is set to launch in early 2027. However, that’s somewhat outside the range of this discussion.

If none of these updates pique your interest and you’re satisfied with the current iPad models, there are currently discounts on the current generation iPad, iPad mini, iPad Air, and iPad Pro ranging from $50-100 off.

Assessing the Trustworthiness of Used Teslas

Consumer Reports indicates that Tesla ranks at the bottom among 26 brands when it comes to used-vehicle reliability. It holds a Reliability Verdict score of 31 out of 100, narrowly trailing Jeep, which scored 32. Lexus leads the rankings, with Toyota in second.

Tesla is a prominent player in the electric vehicle (EV) sector, and EVs are appealing not just for their environmental benefits but also because they tend to be more economical to operate over time compared to gasoline vehicles. While Tesla aims to transform the EV industry, this sector is still quite new, which could explain its persistent issues.

According to Consumer Reports, this evaluation focuses on vehicles that are generally between five to ten years old. It also highlights that reliability may differ among specific models, meaning a particular used Tesla might outperform another. Nevertheless, this is a discouraging report for Tesla and for prospective owners who favor purchasing used rather than new vehicles.

Possible issues with a used Tesla

The Follow-Up to Crouching Tiger, Hidden Dragon Now Accessible on Netflix

Paul Dano’s science fiction film centered on the future of humanity in relation to AI, or simply browsing some of the finest games available on Netflix, it’s easy to overlook something on the service. Nonetheless, if you appreciate the 2000 movie “Crouching Tiger Hidden Dragon,” you might be pleased to discover that its underappreciated sequel is now streaming. Although, some viewers might argue that it’s better left unwatched.

Helmed by the action choreographer and director from the original film, “Crouching Tiger, Hidden Dragon: Sword of Destiny” on Netflix might elicit mixed feelings from anyone who is a devotee of the classic. Complicated by various creative and casting choices, the narrative centers on a martial arts master (Michelle Yeoh) who gathers a team to safeguard a sword of mythical renown from a clan and their warlord (Jason Scott Lee).

In light of Roger Ebert awarding the original “Crouching Tiger, Hidden Dragon” a 4-star rating and declaring it “the most exhilarating martial arts movie I have seen,” the sequel undoubtedly bore significant expectations. Even if it appears that Netflix original films are generally overlooked, there remain several reasons why this movie might frequently be disregarded — yet viewers should determine for themselves whether it merits their attention.

Crouching Tiger, Hidden Dragon receives a sequel 16 years later

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Research Indicates Humans Might Have a Secondary Sense

unique ability of geckos to sense vibrations, and the capacity of sandpipers to locate objects hidden beneath the sand using their beaks. The research adopted similar methods as those used with sandpipers, requiring human participants to discover an object concealed in the sand. The participants managed to sense its existence even prior to physically touching the buried object.

This research assembled a group of four scholars from Queen Mary University of London and University College London. Their results were published in the journal of the Institute of Electrical and Electronics Engineers under the title “Investigating Tactile Perception for Object Localization in Granular Media: A Human and Robotic Examination” in 2025. The publication emphasizes that the implications of these results could influence the domain of robotics, as well as other touch-oriented tools and systems utilized for scientific endeavors.

The specifics of this research

Researchers Make Significant Advances in LED Technology with the Ability to Transform the Industry

the biggest television screens available for purchase, to the various types of bulbs utilized in households. Yet, not all LED materials are identical. Some are categorized as OLEDs or QLEDs, while others possess more complex characteristics. Certain types don’t even permit the flow of electricity through them. It is this latter classification that has captured notable interest from researchers in recent times, and now, a team of scientists collaborating with the Cavendish Laboratory at the University of Cambridge has made a fascinating discovery that could alter our perception of LEDs entirely. According to a study published in the journal Nature, researchers have been able to transfer electricity through tiny insulating particles that typically do not conduct electricity. These particles consist of various elements, including rare-earth elements like neodymium and ytterbium, and this breakthrough may potentially pave the way for advancements in LED technology as a whole.

Researchers indicate that the particles in discussion, known as insulating lanthanide nanoparticles (LnNPs), have been recognized for their ability to emit intense light when exposed to illumination. However, scientists have consistently faced challenges in inducing the particles to actually conduct electricity. Prior attempts to achieve this have revealed that charges often struggle to access the lanthanide ions within without the application of extreme heat or voltage.

To circumvent this challenge, the participants in this recent investigation sought a method to hybridize the particles. They employed 9-ACA organic dye molecules in conjunction with the LnNPs, enabling them to replace the surface insulators on the particles, thus facilitating charging through a method called triplet energy transfer.

How it functions