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New Study Confirms Nebra Sky Disc’s Ancient Origins and Advanced Craftsmanship

A recent study has provided crucial insights into the manufacturing techniques used to create the Nebra Sky Disc, an artefact thought to date back 3,800 years to the Early Bronze Age. The analysis challenges claims suggesting the disc could be a modern forgery. Researchers revealed that the disc was crafted through an elaborate “hot forging” process, involving at least ten heating and hammering cycles at temperatures exceeding 700°C, according to Christian-Heinrich Wunderlich, a metallurgist cited by Live Science.

Discovery and Ongoing Debate

The study was published in Scientific Reports on November 21. Unearthed in 1999 near Nebra, Germany, the 12-inch bronze disc, adorned with gold symbols thought to represent celestial bodies, has been the subject of considerable debate. Initial reports lauded it as the oldest known depiction of the sky. However, questions regarding its authenticity arose, including theories suggesting its discovery site might have been staged to enhance its market value.

Experts involved in the study recreated a replica using Early Bronze Age techniques, reportedly. The metallographic comparison between the replica and the original disc identified crystal structures in the bronze consistent with ancient hot forging methods. Wunderlich in a statement to LiveScience said that the copper used in the disc was traced to a specific Austrian mine active during the Early Bronze Age but no longer operational in subsequent eras. This finding undermines suggestions that the artefact might be significantly younger.

Symbolism and Craftsmanship

The disc combines bronze with gold elements using a technique known as damascening. Harald Meller, state archaeologist of Saxony-Anhalt, emphasised in his statement that the advanced metalworking skills evident in its construction. The gold inlays, possibly depicting the sun, moon, stars, and other celestial elements, have been interpreted as an early astronomical chart.

The artefact remains on display at the Saxony-Anhalt State Museum of Prehistory, celebrated for its historical significance. While disputes surrounding its origins continue, recent findings provide strong evidence supporting its Bronze Age provenance.

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Redmi Note 14 Pro+ Review: The New Benchmark for Note Series

If Xiaomi is Stan Lee, then the Redmi Note series has to be Jack Kirby. Well, that’s how the company’s India journey has been. The Note series has been right in the centre, fueling Xiaomi’s growth in India over the years. In early 2024, the company introduced the Redmi Note 13 series, and before the year ended, we have the successor already – the Redmi Note 14 series. In the product briefing, Xiaomi executives stressed how Redmi Note 14 is a big leap even for the Note series. The company claims to have sold over 420 million Redmi Note devices globally. Again, this time, we get three units – a base Redmi Note 14, a mid Redmi Note 14 Pro and the top-of-the-line Redmi Note 14 Pro+. Well, I got my hands on the top trim – Redmi Note 14 Pro+. The spec sheet of the device reads as if it’s some flagship from a few years back, plus some much-needed additions.

At a starting price of Rs. 29,999, the Redmi Note 14 Pro+ looks like a great deal, albeit it packs just 8GB of RAM + 128GB of storage, which in these times feels on the lower side. Does the Note 14 Pro+ pack it all to be the best sub-Rs. 40,000 smartphone? I answer that in my review.

Redmi Note 14 Pro+ Design: Raising the bar

  • Corning Gorilla Glass Victus 2 at the front and Corning Gorilla Glass 7i at the back
  • Dimensions and weight – 162.53×74.67×8.75mm and 210.9 grams
  • IP68 rating

During the press briefings, the company talked about how the company’s flagships inspire the Redmi Note 14 Pro+. Well, at least on the design part, the Redmi Note 14 Pro+ initially looked like a smaller sibling of the Xiaomi 13 Pro (minus the camera housing). Compared to the Redmi Note 13 Pro+, there are multiple changes in design, so much so that they do not look like from the same series. The Redmi Note 14 Pro+ design has refined with time and now offers a premium look and feel. The hand feel is solid, and the curved edges sit comfortably in the palm.

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It comes in Titan Black, Phantom Purple, and Spectre Blue colours

Xiaomi has packed Corning Gorilla Glass Victus 2 on the front and Gorilla Glass 7i on the back of the Note 14 Pro+ for added protection. There’s also an IP68 rating for water and dust ingress protection. At 8.75mm, the Redmi Note 14 Pro+ isn’t sleek and weighs almost 211 grams. The back panel is slippery because of the glass at the rear. Xiaomi bundles a case in the box that can be used daily.

The camera module at the back has also evolved into a single housing packing all the sensors and LED flash. The company says that Xiaomi’s logo inspires the camera housing. Interestingly, the camera housing is surrounded by a metal ring, which may remind some people of Samsung’s Galaxy Watch with a rotating bezel. However, this one doesn’t rotate else; it would have been a design challenge for Xiaomi.

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The phone sports Corning Gorilla Glass Victus 2 at the front

It comes in three colours – Titan Black, Phantom Purple with a vegan leather back, and Spectre Blue. I got the Blue, and it has glass at the back, which has a mix of textured patterns in the centre – it somewhat looks unique.

The physical buttons are placed on the right, and there are no issues with using those at any point. I loved the tactile feel. The SIM tray, speakers, and charging port are placed on the bottom panel. The screen dominates the front panel and has slim bezels and a punch-hole selfie camera placement at the top.

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It packs a 20-megapixel punch-hole selfie camera

Overall, the Redmi Note 14 Pro+ design carries the strengths of the Note 13 Pro+, like a curved design with an IP68 rating.

Redmi Note 14 Pro+ Display: Better, brighter

  • Display – 6.67-inch 3D Curved AMOLED
  • Refresh rate – 120Hz
  • Other features – TÜV Rheinland certification, HDR10+, and Dolby Vision

The Note 14 Pro+ packs the same display as the Note 13 Pro+. However, this one now offers a peak brightness of 3000nits. The 6.67-inch display offers a 1220×2712 pixels screen resolution and a pixel density of 446PPI.

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Redmi Note 14 Pro+ sports peak brightness of 3000nits

The display is bright in real-world usage, with images and text appearing sharp. The colours pop and offer rich contrast. Thanks to up to 120Hz refresh rate, scrolling and animations are smooth. It is an excellent display for your multimedia consumption, be it Netflix or YouTube streaming. The phone comes with Widevine L1 certification, and sunlight legibility is not a problem. I was impressed with the responsiveness of the display on the Note 14 Pro+, which was more noticeable while gaming on the device.

Redmi Note 14 Pro+ Camera: Overall, decent

  • Triple camera rear array
  • 50-megapixel primary accompanied by 50-megapixel telephoto and 8-megapixel ultra-wide
  • 20-megapixel selfie camera

Redmi Note 14 Pro+ packs big upgrades when it comes to the camera department. There’s a 50-megapixel Light Fusion 800 sensor, which we saw in the Xiaomi 14 Civi launched earlier this year. It is accompanied by a 50-megapixel telephoto sensor. Yes, Xiaomi has finally brought a telephoto sensor to its Redmi Note series. Lastly, there’s an 8-megapixel ultra-wide sensor and at the front, there’s a 20-megapixel selfie camera.

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The phone sports an all-new camera housing, which the company says is inspired by the Mi logo

The primary camera on the Redmi Note 14 Pro+ is solid across lighting conditions. During daylight testing, the samples were consistent with ample details, dynamic range, sharpness and punchy colours, as you can see in the samples below.

Redmi Note 14 Pro+ primary camera samples (tap image to expand)

The 8-megapixel ultrawide camera does the job but isn’t as good as the primary sensor. In some of our samples, we could see some details missing; however, the dynamic range is fine. The colours are on point mostly.

Redmi Note 14 Pro+ primary ultrawide camera samples (tap image to expand)

This time, Xiaomi has introduced an additional multifocal camera setup of 2.5x apart from the regular 0.6x, 1x, 2x, and 5x. This is great for framing shots the way you want. On 2x zoom, the Redmi Note 14 Pro+ has decent zoom levels with no visible loss in image quality. The detail levels are amazing, and the images come out well overall.

Redmi Note 14 Pro+ sample with 0.6x lens (tap image to expand)

Redmi Note 14 Pro+ sample with 1x lens (tap image to expand)

Redmi Note 14 Pro+ sample with 2x lens (tap image to expand)

Redmi Note 14 Pro+ sample with 2.5x lens (tap image to expand)

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Redmi Note 14 Pro+ sample with 5x lens (tap image to expand)

Jumping to portraits, the Redmi Note 14 Pro+ can click some nice bokeh shots. It’s a good point-and-shoot camera for all your portrait shots.

Redmi Note 14 Pro+ portrait camera sample (tap image to expand)

Redmi Note 14 Pro+ close-up sample (tap image to expand)

Redmi Note 14 Pro+ close-up sample (tap image to expand)

Redmi Note 14 Pro+ slightly lacks in the selfie department, where I noticed skin softening despite turning off the beauty mode. This, however, may work for your social media uploads. After multiple shots, I also observed inaccurate skin tones in selfies, which is something Xiaomi can fix with an OTA update.

Selfie taken on Redmi Note 14 Pro+ (tap image to expand)

When it comes to low-light samples, the Redmi Note 14 Pro+ can click on some good night shots with decent colours and accurate details. The phone packs a night mode that’s suggested to users when clicking in low-light conditions. I could capture good low-light samples with challenging lighting around. The details take a hit in extremely low light while noise crops in. But this shows that Redmi Note 14 Pro+ can navigate through difficult low-light situations.

Redmi Note 14 Pro+ low-light samples (tap image to expand)

Videos are still something Xiaomi needs to work on. Redmi Note 14 Pro+ can click decent videos for your Instagram Story uploads, but quality-wise, there’s scope for improvement. It can record 4K videos at 30fps.

Overall, the Redmi Note 14 Pro+ packs a good set of cameras for most scenarios.

Redmi Note 14 Pro+ Performance: Solid package

  • SoC – Snapdragon 7s Gen 3 Mobile Platform
  • Variants – 8+128 | 8+256 | 12+512
  • Software update – 3+4 years

The Redmi Note 14 Pro+ offers incredible performance credentials for a phone in this price range. Whether browsing, gaming, streaming, using AI features or editing photos on the go, the Note 14 Pro+ handles these and more tasks smoothly. Opening multiple apps and switching between tasks is also snappy on the device.

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It runs on Android 14-based HyperOS

All thanks to Qualcomm’s Snapdragon 7s Gen 3, the 4nm chip, powering the device, day-to-day performance is handled smoothly. The Snapdragon 7s Gen 3 was launched in August this year and is a successor to the 7s Gen 2. It delivers 20 percent better CPU performance, 40 percent faster GPU, and 12 percent overall power saving than the 7s Gen 2. And can handle AI performance with ease. Thanks to dedicated NPU, the 7s Gen 3 can handle on-device generative AI capabilities.

The Redmi Note 14 Pro+ comes in three SKUs – 8+128, 8+256 and 12+512. I got the top trim variant for review and didn’t encounter any memory-related issues. But one thing definitely disappoints – UFS 2.2 on the 14 Pro+ vs UFS 3.1 on the 13 Pro+. It’s like a downgrade, as UFS 3.1 is way faster than UFS 2.2 for read and write speeds, making you future-proof. Well, this can be attributed to cost cuts.

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The sunlight legibility is good

During my review, the Redmi Note 14 Pro+ never got hot under stress but did get slightly warm. The Note 14 Pro+ could load BGMI at HDR graphics and High frame rate settings. I did not face frame drops or stutters during gaming sessions with COD Mobile, BGMI, and Genshin Impact—all thanks to the new Adaptive Performance Engine 3.0 and Adreno HDR Fast Blend on 7s Gen 3.

Benchmark Redmi Note 14 Pro+ Redmi Note 13 Pro+ OnePlus 12R
Chipset Snapdragon 7s Gen 3 Dimensity 7200 Ultra Snapdragon 8 Gen 2
AnTuTu v10 724,770 721,512 1,318,278
PCMark Work 3.0 14,198 12,910 13,210
Geekbench Single 1,168 1,122 1,987
Geekbench Multi 3,238 2,598 4,527
GFXB T-rex Couldn’t run 115 119
GFXB Manhattan 3.1 Couldn’t run 53 98
GFXB Car Chase Couldn’t run 31 88
3DM Slingshot Extreme OpenGL Maxed Out Maxed Out Maxed Out
3DM Slingshot Maxed Out Maxed Out Maxed Out
3DM Wild Life 4,599 4,255 Maxed Out
3DM Wild Life Unlimited Maxed Out Maxed Out 15,897

Jumping to UI and software. The Redmi Note Pro+ runs Android 14 with HyperOS 1.0.2, and Xiaomi promises 3 years of major OS updates and 4 years of security patches. Considering that the device runs Android 14, it should get 15 very soon and will get up to Android 17. Compared to the competition and benchmark set by some brands, this is on the lower side, and Xiaomi should have offered at least 4+5 years of support. The UI looks and feels familiar, and that’s fine unless it impacts the entire user experience.

HyperOS brings some new features and refreshes some existing ones. The list includes Control Centre, which gets a complete refresh, and the new AOD feature, which has new animations with lock screen customisation. HyperOS also allows you to work seamlessly across devices and pin apps across devices for easy access.

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The phone comes with an IP68 rating

Xiaomi has seen the transition from MIUI days to HyperOS now, but what has not changed is bloatware and app notifications from GetApps. Yes, the number of applications has slightly decreased, but I have received notifications without even touching GetApps. This has been a recurring issue on Xiaomi devices for years. The problem isn’t just with GetApps but also with other preinstalled apps like Themes. I hope that an OTA update fixes this for Redmi Note 14 Pro+.

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A screenshot from preinstalled apps

The Redmi Note 14 Pro+ speaker is loud and can fill a medium-sized room. It is also excellent for your multimedia needs. The phone can latch onto mobile networks in patchy zones. I tested Airtel 5G and Jio 5G networks, and Redmi Note 14 Pro+ impressed me. The call quality was top-notch.

Overall, the Redmi Note 14 Pro+ is a leap forward in performance in its current price range.

Redmi Note 14 Pro+ AI Features

AI has been the biggest buzzword for smartphone manufacturers this year, and I don’t see this changing next year, either. The Redmi Note 14 Pro+ is touted to pack over 20 AI features, more than any competition offers. The list of AI features is more or less the same on the Redmi Note 14 Pro+ that I have seen on comparable devices. There’s an AI summary, AI layout, AI proofreading, and AI translation integrated into the inbuilt Notes app. It worked well most of the time during my review.

Next up, AI Image Expansion, AI Erase Pro and AI Film are packed within the Gallery app. The AI Image Expansion can make your image bigger with proportional scaling, free scaling, and automatic composition. The AI Erase Pro, as the name suggests, can help you remove unwanted objects, people or other elements from your pictures. Lastly, the AI Film converts your photos and videos into short videos or vlogs – something that Google’s Photos app has been doing for years.

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The AI tool Erase Pro is a hit and a miss

The Recorder app also has AI features like speaker recognition, AI translation, and AI summary. This one was more of a gimmicky feature, as it didn’t give me perfect results. It missed words and speaker recognition in multiple recordings I tested. The AI subtitles also need polish as it couldn’t offer the ideal real-time transcriptions. I couldn’t test the AI Interpreter, but it is meant to interpret face-to-face conversations and call audio. Lastly, there’s Circle to Search, which has finally landed on Xiaomi devices.

Overall, the addition of AI features is nice and good to have, but some of these feel gimmicky at the moment and may need more polish.

Redmi Note 14 Pro+ Battery: Indeed, big leap

If there’s one department where the Redmi Note 14 Pro+ has taken a giant leap, then it has to be the battery. From 5000mAh on the Redmi Note 13 Pro+ to a massive 6200mAh battery on the 14 Pro+ is just bonkers. And this doesn’t just look huge on paper but in real-world usage, too.

The Redmi Note 14 Pro+ easily lasts over a day with almost 25 percent charge left with intense use, which includes a couple of hours of gaming, camera use, full-movie streaming on Netflix, a few hours of music streaming on Spotify, and regular work-related apps like Outlook, Canva, Gmail, Slack, Chrome, and more open in the background for the full day alongside apps like WhatsApp, Instagram, X, and Telegram. The 14 Pro+ can last up to two full days with medium usage, which means without too much camera time.

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The Redmi Note 14 Pro+ packs a 6200mAh battery compared to 5000mAh seen on the Redmi Note 13 Pro+

In our HD video battery loop test, the Note 14 Pro+ ran for 33 hours and 51 minutes, which is impressive.

The Redmi Note 14 Pro+ comes with 90W HyperCharge support for fast charging, and the charger is included in the box. Compared to Note 13 Pro+, which came with 120W HyperCharge, it’s a downgrade but not a huge number difference in the real world.

Additionally, Xiaomi has packed other battery health-related features like Voltage Booster Chip, Low-Temperature Charging, Short-Term Multi-Charge Optimization, and Safe Charging Control – necessary additions in a market like India, where some areas still experience voltage fluctuations.

Redmi Note 14 Pro+ Verdict

Redmi Note 14 Pro+ price in India starts at under Rs. 30,000 (8GB + 128GB) – at least that’s what the company announced during the launch, while the 12GB + 512GB storage is set at Rs. 34,999. At this price, the Redmi Note 14 Pro+ is still an easy recommendation for anyone looking for a smartphone that is packed to the brim. However, I’m not too sure about the post-launch offers pricing for the smartphone as the company has yet to come back to me with a response to my query on pricing. It is the only phone in the market right now with durability credentials, including passing a 1.5-metre drop test onto marble and also packs an IP68 rating. It packs a fantastic display, can handle performance like a pro, and packs decent cameras. 

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Redmi Note 14 Pro+ goes up to Rs 34,999 (net effective price) for the top trim 12GB+512GB model

Yes, there are certain areas with scope for improvement, like the software support for the Redmi Note 14 Pro+, which feels on the lower side compared to the competition, especially considering this is still running on Android 14. Then, the UFS 2.2 for a phone priced around Rs. 30,000 is disappointing. Then, the bloatware problem still remains. Though it is now less distracting and throws fewer ad pop-ups, it is still part of the overall package. 

Talking about alternatives at this price, the OnePlus 12R (Review) is a decent device. Then, the Xiaomi 14 Civi (Review) is also available at under Rs. 40,000.

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Google Willow: All You Need to Know About the Quantum Processor That Outperforms World’s Best Supercomputer

A recent study published in Nature has detailed a major achievement by Google’s Quantum AI team. Their latest quantum processor, named “Willow,” solved a computational problem in five minutes that would have taken the world’s most advanced supercomputer an estimated 10 septillion years. This achievement marks significant progress in overcoming one of the greatest challenges in quantum computing — reducing errors as the machines scale.

Breakthrough in Quantum Error Correction

Quantum computers are known for their high error rates, where approximately one in 1,000 qubits fail during calculations. In comparison, traditional computers experience failures in only one out of a billion billion bits. This discrepancy has made error-correction methods critical for advancing the technology. The Willow processor, which contains 105 physical qubits, employs error-correcting technologies that reduce inaccuracies as more qubits are added, an achievement first theorised by computer scientist Peter Shor in 1995.

Google Quantum AI’s Julian Kelly, director of quantum hardware, told Live Science that the team’s focus has been on achieving a state where fewer errors are introduced than are corrected. The Willow processor’s design integrates physical qubits into “logical qubits,” enabling calculations to proceed even if individual qubits fail.

Through advancements in machine learning, device fabrication, and calibration techniques, the team reported coherence times of up to 100 microseconds — five times better than their previous Sycamore processor, the researchers stated in the study.

Path to Practical Applications

The team’s immediate goal is to construct a logical qubit with an error rate of one in a million, requiring 1,457 physical qubits. Once achieved, their efforts will shift towards connecting multiple logical qubits to solve real-world problems. While the Willow processor has demonstrated exponential error reduction, scientists aim to move beyond benchmarks and focus on practical computations that extend the capabilities of quantum machines.

This progress, as highlighted in the study and expert discussions, indicates a path forward for quantum computing to outperform classical systems in diverse applications.

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Arecibo Observatory Data Helps SETI Uncover Secrets of Pulsar Signals and Cosmic Distortions

Years after the collapse of the Arecibo Observatory, its extensive datasets remain instrumental in advancing astronomical research. In a study led by Sofia Sheikh from the Search for Extraterrestrial Intelligence (SETI) Institute, data from the observatory was utilised to uncover new details about pulsar signals. These dense neutron stars emit beams of radiation likened to “cosmic lighthouses,” and their signals undergo distortions as they traverse the interstellar medium. Findings from this research were published in The Astrophysical Journal on November 26.

Pulsar Signals and Interstellar Scintillation

The study explored how pulsar signals are affected by interstellar gas and dust. Researchers investigated 23 pulsars, including six previously unstudied, revealing insights into distortive phenomena called diffractive interstellar scintillation (DISS). This phenomenon, which resembles the rippling patterns caused by light passing through water, is attributed to interactions between pulsar signals and charged particles in space.

The Role of Arecibo’s Archival Data

The now-defunct Arecibo radio telescope, once spanning 305 metres, collapsed in December 2020 due to cable failures. Despite its destruction, the data collected over decades continues to contribute significantly to astrophysical discoveries. It was revealed by researchers that pulsar signals exhibit broader bandwidths than predicted by current interstellar models. This discrepancy indicates a need to refine existing frameworks, particularly by incorporating the structural complexity of the Milky Way.

Implications for Gravitational Wave Studies

Reportedly, a better understanding of pulsar signal distortions could enhance projects like the North American Nanohertz Observatory for Gravitational Waves (NANOGrav), which employs pulsar timing arrays to detect space-time distortions caused by gravitational waves. The recent identification of the gravitational wave background, potentially originating from supermassive black hole mergers, underscores the relevance of such advancements.

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Asteroids Impacting Neutron Stars May Be the Cause of Fast Radio Bursts

In a study in The Astrophysical Journal, it has been proposed that fast radio bursts (FRBs), enigmatic blasts of radio waves detected from deep space, could originate from the collision of asteroids with neutron stars. According to reports, these collisions release immense energy—sufficient to power humanity for 100 million years. The findings align with observations of FRBs and suggest a potential mechanism behind their creation.

FRBs are characterised by their brief duration, ranging from milliseconds to a few seconds, during which they emit as much energy as the Sun does over several days. Since their discovery in 2007, their origins have remained elusive. As per sources, the detection rate of these phenomena increased significantly in 2017 with the Canadian Hydrogen Intensity Mapping Experiment (CHIME).

Energy Generated by Asteroid Impacts on Neutron Stars

Neutron stars, remnants of massive stars, are known for their extreme density and powerful magnetic fields. Dr Matthew Hopkins, an astrophysicist at Oxford University, explained to Space.com that the gravitational force and magnetic energy of neutron stars contribute to the release of colossal energy when impacted by asteroids. For an asteroid roughly one kilometre in size, energy equivalent to 10^29 joules may be released, comparable to 100 million years of global energy consumption.

Frequency and Distribution of Collisions Across Galaxies

Dr Dang Pham, the study’s lead author and a researcher at the University of Toronto, noted in a statement that interstellar objects such as asteroids and comets are abundant enough to account for observed FRB rates. Speaking to Space.com, Dr Pham stated that the estimated rate of neutron star-asteroid collisions aligns with the current FRB detection frequency.

Implications for Repeating FRBs

However, the study acknowledges that these collisions are unlikely to explain repeating FRBs, which occur more frequently. Researchers suggest that repeated bursts may stem from collisions involving asteroid belts or other celestial phenomena, a hypothesis that remains under investigation.

Further observations through projects like CHIME and the Australian Square Kilometre Array Pathfinder are expected to refine understanding of FRB origins and their connection to interstellar events.

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Samsung Galaxy S25 Ultra Camera Specifications Leak via Camera FV-5 Database

Samsung Galaxy S25 Ultra is expected to launch early next year as the company’s top-of-the-line handset. The smartphone, which has been in the rumour mill for the past few months, has now been listed on a professional camera application database. The alleged listing suggests details about its camera system, such as support for electronic image stabilisation (EIS), maximum image resolution, and the lens’ aperture size. Notably, this development comes after a tipster suggested that the Samsung Galaxy S25 Ultra’s higher storage variants may get an upgrade in terms of RAM.

Samsung Galaxy S25 Ultra Camera FV-5 Listing

The Samsung Galaxy S25 Ultra was spotted on the Camera FV-5 database with the model number SM-S938U. The listing hints at a primary sensor with a 12.5-megapixel resolution, which likely refers to a 50-megapixel camera with four-in-one pixel binning. The sensor could have a 6.3mm focal length and support for electronic image stabilisation (EIS).

The handset is said to have a maximum image resolution of 4080×3060 pixels. It is speculated to have a 1x magnification factor with a 75.7-degree horizontal and 60.5-degree vertical field of view. The sensor is tipped to have a f/1.7 aperture and 26.6mm focal length (35mm). Additionally, it will reportedly shoot images in the JPEG/DNG format.

The listing also suggests that the purported Galaxy S25 Ultra may have a hyperfocal distance of 4.86m and support both auto and manual focus modes.

Samsung Galaxy S25 Ultra Specifications (Expected)

Samsung Galaxy S25 Ultra is rumoured to be equipped with a 6.86-inch AMOLED screen with a 120Hz refresh rate, as per previous reports. The purported handset may sport a 200-megapixel primary camera, a 10-megapixel 3x telephoto camera, a 50-megapixel 5x telephoto camera, and an upgraded 50-megapixel ultrawide camera.

It is said to be powered by Qualcomm’s new Snapdragon 8 Elite SoC, paired with up to 16GB of RAM. The phone may pack a 5,000mAh battery with support for 45W charging.

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Paris & Nicole: The Encore OTT Release Date: When and Where to Watch it Online?

Paris Hilton and Nicole Richie are reuniting for a special project, 21 years after their reality TV series The Simple Life gained popularity. The three-part series, titled Paris & Nicole: The Encore, will feature the duo producing an opera based on their playful “Sanasa” song from the show. Scheduled for release on December 13, 2024, the show is expected to explore their journey, creativity and iconic bond. The project is narrated by Alan Cumming and was announced during the 2024 Vulture Festival.

 When and Where to Watch Paris & Nicole: The Encore

Paris & Nicole: The Encore will be available for streaming in India on JioCinema from December 13, 2024. Fans can enjoy the series exclusively on this platform.

Official Trailer and Plot of Paris & Nicole: The Encore

The teaser for the series gives a glimpse into Hilton and Richie revisiting their Arkansas roots, the setting of their original reality TV debut. The show documents their attempt to create an opera based on “Sanasa.” Highlights include auditions featuring Sia, pitching their opera idea to Kathy Hilton, and shopping for opera supplies. The opera itself will reflect their humour and creativity as they tackle an art form they are new to, creating what is promised to be a unique performance.

Cast and Crew of Paris & Nicole: The Encore

The show stars Paris Hilton and Nicole Richie, with narration by Alan Cumming. Cameos from notable figures in the arts, including pop icon Sia, are featured. The series is directed by a team of seasoned professionals known for their work in reality television and entertainment.

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Scientists Discover First Astrosphere Around Sunlike Star: What You Need to Know?

Astronomers have detected an astrosphere around a star resembling the Sun, marking a significant milestone in understanding stellar evolution. This finding, shared during the 25 Years of Science with Chandra symposium on December 3, 2024, provides a rare view into the early conditions of stars like the Sun. An astrosphere, described as a bubble of ionised gas formed by stellar wind, acts as a protective shell around stars. The discovery has shed light on how these structures are formed and their role in shielding planetary systems from cosmic radiation.

What Defines an Astrosphere?

Astrospheres are created by a star’s stellar wind, a continuous stream of charged particles. For instance, the Sun’s heliosphere serves as an example, extending beyond Pluto and safeguarding the solar system from cosmic rays. Despite extensive research, such phenomena had not been observed around stars with characteristics similar to the Sun. As per reports, Carey Lisse, a researcher at Johns Hopkins Applied Physics Laboratory, noted in an interview with a prominent science publication that the detection of astrospheres around average stars has been elusive for over two decades.

Key Target: HD 61005, Known as “The Moth”

The star HD 61005, dubbed “The Moth” for its distinctive wing-like dust disk, became the focus of this investigation. Its rapid movement through a dense interstellar gas cloud at approximately 10 kilometres per second has resulted in the unique shape of its surrounding disk. According to sources, HD 61005, which mirrors the size and mass of the Sun, was chosen for its youthful stage at 100 million years old. Young stars like this typically emit stronger stellar winds, providing ideal conditions for studying astrospheres.

X-ray Data Unveil Unexpected Details

Observations captured by NASA’s Chandra X-ray Observatory revealed a halo of X-rays encasing HD 61005. This structure extends nearly 100 times farther than the Sun’s heliosphere. Contrary to expectations, the astrosphere displayed a spherical shape, suggesting the star’s intense wind counteracts external pressures.

Insights into Solar Evolution

The findings are believed to offer clues about the early behaviour of the Sun and its protective influences on the young Earth. Understanding such phenomena could also aid in evaluating the habitability of planets orbiting stars with similar properties. The study represents a leap in comprehending the protective role of astrospheres across stellar systems.

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New Honor GT Products Confirmed to Launch on December 16; Phone Design Teased

Honor 90 GT was launched in China in December 2023. A successor to the handset may arrive soon. The company has announced that new Honor GT products will be unveiled later this month. The company has yet to confirm the moniker of the upcoming devices. The design of one of the upcoming phones, speculated to be Honor 100 GT, has been revealed as well. Previously, some key specifications of a purported Honor 100 GT smartphone had surfaced online, suggesting an upgraded battery and chipset over the existing Honor 90 GT.

New Honor GT Launch

Honor confirmed in a Weibo post that the new Honor GT products will launch in China on December 16 at 7:30pm local time (5pm IST). The company has yet to reveal the monikers of the upcoming devices. One of the new launches is speculated to be the Honor 100 GT.

The post teases the design of an Honor GT phone with a rectangular rear camera module. It holds two camera sensors and a pill-shaped LED unit. One corner of the rear camera module is inscribed with the letter “GT.” The teaser shows the phone in a white/silver colourway. The phone is confirmed to run on MagicOS. 

Honor 100 GT Features (Expected)

The purported Honor 100 GT has been tipped to come with a Snapdragon 8 Gen 3 chipset and a “high-density silicon” battery. It is expected to get a flat LTPS display with a 1.5K resolution and eye-protection technology.

The Honor 100 GT will likely get a 50-megapixel Sony “IMX9xx” primary rear sensor, according to the earlier leak. The handset is expected to be equipped with a 3D ultrasonic fingerprint sensor for security. 

Notably, the Honor 90 GT sports a 50-megapixel dual rear camera system including a Sony IMX800 main camera sensor. It has a 6.7-inch full-HD+ (2,664 x 1,200 pixels) OLED screen, a Snapdragon 8 Gen 2 chipset and a 5,000mAh battery with 100W fast charging support. For security, it gets a side-mounted fingerprint sensor.

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Poco M7 Pro 5G, Poco C75 5G Camera and Other Specifications Revealed Ahead of India Launch

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How to Use Meta AI in WhatsApp Individual and Group Chats?

Meta is transforming how users interact with its platforms by introducing its artificial intelligence chatbot, Meta AI, to WhatsApp. This advanced feature, gradually rolling out in India and other countries, is designed to make conversations smarter, more efficient and creatively engaging. Meta AI allows users to ask questions, get factual answers, generate creative content and even create images from text prompts. This guide explains everything you need to know about using Meta AI in individual and group chats on WhatsApp.

Meta AI is an advanced generative chatbot developed by Meta, the parent company of WhatsApp, Facebook and Instagram. It is powered by the Llama 3 language model. The chatbot is built to assist users in various ways, including providing answers to questions, creating text-based content, generating images and even assisting with tasks like summarising articles or translating text.

Currently, Meta AI supports English and is accessible in several countries, including India, the United States, Australia, the United Kingdom, Canada, Singapore and others. The rollout is being implemented gradually, meaning it may still need to be available to all users across the globe.

Meta AI is integrated seamlessly into WhatsApp, making it accessible for both personal and group interactions. Its capabilities are for increasing productivity and creativity. And it also ensures data privacy by processing only the messages specifically addressed to the bot.

Here’s how you can use Meta AI in individual chats on WhatsApp

  1. Open WhatsApp on your Android or iOS device
  2. On Android devices, the Meta AI icon is positioned just above the “new chat” button on the main screen. iOS users can find the icon at the top of the screen within the inbox.
  3. Click on the Meta AI icon to open a dedicated chat window. This space is where you can start a conversation with the AI.
  4. Once the chat is open, simply type your question or prompt. Meta AI can handle a wide range of requests.

Meta AI also includes a unique image-generation feature. To use this, type the word “Imagine” followed by a description of the image you want. For example:

  • “Imagine a sunset over a snowy mountain.”
  • “Imagine a futuristic city with flying cars.”

Within moments, the AI will generate an image based on your description. This feature is particularly useful for visualising creative ideas or generating unique graphics.

Meta AI is equally accessible in WhatsApp group chats, allowing multiple users to benefit from its capabilities simultaneously. This functionality is designed to encourage collaborative problem-solving, creative brainstorming and shared exploration of AI tools.

Select the group chat where you want to use Meta AI. Ensure that the group has enabled Meta AI access.

  1. In the message field, type the “@” symbol.
  2. A dropdown menu will appear, listing participants and the Meta AI chatbot.
  3. Select Meta AI from the list.
  4. Type your question, request, or command and hit send.
  5. Meta AI will respond to the group chat, making its reply visible to all participants.
  6. It is important to note that the AI only processes tagged messages, ensuring privacy for unrelated group conversations.
  7. If you want to follow up on Meta AI’s response, swipe right on its message to reply directly. Alternatively, long-press the message and select the reply option to continue the conversation.

Meta AI Features Available on WhatsApp

Meta AI also offers a variety of tools and features to enhance user interactions on WhatsApp. Here’s a breakdown of what it can do:

1. Instant Responses

Meta AI provides quick and accurate answers to factual questions, acting as a reliable source of information.

2. Creative Assistance

The chatbot is capable of generating various creative text formats, such as:

  • Poems
  • Song lyrics
  • Short stories
  • Scripts

These features are ideal for users looking to explore creative writing or seek inspiration for their projects.

3. Image Generation

One of the standout features of Meta AI is its ability to create images from text descriptions. Users can bring their ideas to life visually, making this tool useful for content creators, marketers and hobbyists alike.

4. Task Completion

Meta AI can assist with practical tasks, such as:

  • Translating short pieces of text.
  • Summarising lengthy articles or documents.
  • Offering step-by-step instructions for various activities.

5. Contextual Replies

In group settings, Meta AI provides context-aware responses, ensuring that its input is relevant to the conversation.

Tips for Using Meta AI Effectively in Individual and Group Chats

To maximise the potential of Meta AI, keep the following tips in mind:

  • Be Specific: Clear and detailed prompts yield more accurate and relevant results.
  • Experiment with Commands: Try using different types of queries to explore the chatbot’s full capabilities.
  • Use Tags in Groups: Always tag Meta AI in group chats to ensure your messages are processed by the bot.

Frequently Asked Questions (FAQs)

Q1. How do I enable AI search in WhatsApp?

To use AI search, simply locate the Meta AI icon in your app and start a conversation. In group chats, tag Meta AI using the “@” symbol.

Q2. Is Meta AI in WhatsApp safe?

Yes, Meta AI processes only the messages addressed to it, maintaining user privacy. Unrelated conversations remain inaccessible to the chatbot.

Q3. Can I disable Meta AI on WhatsApp?

Currently, there is no option to disable Meta AI. However, you can choose not to interact with it.

Q4. In which languages is Meta AI available?

Meta AI currently supports English and is being gradually introduced to users worldwide.