Author: yousufparvez

  • Rare Discovery: Unusual 100-Pound Fish Washes Up on Oregon Beach

    Rare Discovery: Unusual 100-Pound Fish Washes Up on Oregon Beach

    Last week, an unusual fish washed up on a beach in Seaside, Oregon. It was a 100-pound fish shaped like a manhole cover, with shiny silver and coral-orange scales. The fish is called an opah or moonfish, and it is not often seen so far north. The local Seaside Aquarium was alerted to the fish by people at the beach.

    moonfish

    Opah are striking fish that usually live in warm waters, like off the coasts of California and Hawaii. They can grow to be more than six feet long and weigh over 600 pounds. However, it is rare to find them in Oregon waters. In 2009, a fisherman caught a 97-pound opah near Seaside.

    Heidi Dewar, a fisheries biologist with the National Oceanic and Atmospheric Administration (NOAA), says finding a 100-pound opah off the Oregon coast is unusual. The fish’s presence could be related to rising ocean temperatures, as some marine organisms are moving northward due to warmer waters.

    Before the opah washed up, the Pacific Northwest experienced a severe heatwave that caused the death of many marine organisms. The heatwave was attributed to climate change. While no direct evidence links the fish stranding to the heatwave, rising ocean temperatures could have influenced its appearance.

    The opah’s biology is not well understood, including its maximum age. The Seaside Aquarium preserved the fish’s body and plans to allow a school group to dissect it in the coming academic year. This will provide an opportunity for students to learn more about these unique fish and have a hands-on experience they may never encounter again.

    Overall, the opah’s presence in Seaside, Oregon, is intriguing and offers a chance to gather more information about this beautiful fish.

  • James Webb Detects Universe’s Oldest Active Supermassive Black Hole

    James Webb Detects Universe’s Oldest Active Supermassive Black Hole

    The James Webb Space Telescope (JWST) has made an exciting discovery that could change our understanding of the early universe. It has found the most distant active supermassive black hole ever detected, located in a galaxy called CEERS 1019. This black hole existed about 570 million years after the Big Bang, and what makes it unique is that it is smaller than other black holes from that early period.

    JWST

    In addition to this remarkable finding, the JWST also detected two smaller black holes that existed around 1 billion years after the Big Bang. The telescope has also identified eleven galaxies from a time when the universe was between 470 million and 675 million years old. These discoveries were made possible through the Cosmic Evolution Early Release Science (CEERS) Survey, led by Steven Finkelstein from The University of Texas at Austin.

    The team used the JWST’s high-resolution imagery and spectral data to analyze the black holes and galaxies. They were able to determine the emissions from the black holes and their host galaxies, estimate the rate at which the black holes were consuming gas, and measure the star-formation rate of the galaxies.

    The galaxy containing the most distant black hole, CEERS 1019, appears as three bright clumps instead of a single circular disk. This unusual structure could be a result of a galaxy merger, which may have fueled the activity in the black hole and led to increased star formation.

    The discovery of a relatively small black hole from the early universe raises intriguing questions about how it formed so rapidly after the Big Bang. Previous theories suggested the existence of smaller black holes during that time, but now there is solid evidence to support it.

    The results of this study, published in The Astrophysical Journal Letters, are just the beginning of the CEERS Survey’s breakthroughs. The JWST’s powerful capabilities allow researchers to see and accurately measure black holes and galaxies at extreme distances. This opens up new possibilities for studying the formation and evolution of black holes in the early universe.

    The CEERS Survey has also identified two more light-weight black holes in galaxies CEERS 2782 and CEERS 746, weighing about 10 million times the sun’s mass. These black holes were too faint to be detected by previous telescopes, highlighting the unique capabilities of the JWST.

    Furthermore, the sensitivity of the JWST’s spectral analysis has enabled the precise measurement of distances and ages of galaxies in the early universe. The researchers identified 11 galaxies that existed between 470 million and 675 million years after the Big Bang. These galaxies are rapidly forming stars but have not yet developed the same chemical complexity as closer galaxies.

    The findings from the CEERS Survey challenge existing theories and could significantly contribute to our understanding of black hole formation and the evolution of galaxies throughout cosmic history. The JWST, as an international program led by NASA in collaboration with the European Space Agency (ESA) and the Canadian Space Agency, holds tremendous potential for further discoveries.

    The CEERS Survey data, published in a special edition of The Astrophysical Journal Letters, provides a wealth of information for future research. Scientists will continue to study these distant objects and analyze the detailed spectra captured by the JWST, which could lead to even more groundbreaking insights into the early universe and the processes that shaped it.

  • Upcoming gaming-oriented Infinix GT 10 Pro: Design, Specs and More

    Upcoming gaming-oriented Infinix GT 10 Pro: Design, Specs and More

    The Infinix GT 10 Pro series smartphone is going to be launched in the Indian market soon. Consider this if you want to buy the latest gaming smartphone. You can see the back of this smartphone with a transparent design like nothing brand phone. Both the phones in the upcoming series are powered by MediaTek Dimension chipset. You can expect a 108-megapixel triple camera setup. The phone is optimized for all popular games.

    Infinix GT 10 Pro

    The brand is releasing two phones in its new GT series, the Infinix GT 10 Pro and GT 10 Pro+, which resemble Nothing’s trademark transparent design. These smartphones will focus on gaming and seem to feature a transparent back panel like the newly launched Nothing Phone (2).

    In fact, Nothing, CEO Carl Pei, didn’t respond to the phone’s leaked graphic in a tweet last week. He said, “Time to get lawyers ready!”

    According to a new report by GSMArena, the vanilla model of the new series, the Infinix GT 10 Pro, will arrive in India in August and will be released in other regions thereafter. It is expected to offer “high quality gaming features” at an “affordable price”.

    The report also revealed some official images of the phone which showcases a semi-transparent design in two color variants. However, the GT 10 Pro seems to lack an LED strip, so it might not be as bright as the Nothing Phone (2).

    Infinix GT 10 Pro, GT 10 Pro+ Specifications (Expected)

    Display: Both the phones will have a 2400x1080p resolution display.

    Chipset: Infinix GT 10 Pro will be powered by Mediatek Dimensity 1300 SoC while GT 10 Pro+ will be powered by Dimensity 8050 chipset.

    Camera: Both the phones have a 108MP main camera sensor. For selfies, there is a 32MP front camera.

    RAM and Storage: The GT 10 Pro will come in an 8GB RAM/128GB storage variant, while the GT 10 Pro+ will come with at least an 8GB/256GB configuration.

    The MediaTek Dimension 9000 MT6983 processor will power the Infinix GT 10 Pro device. A 6.8-inch (17.27 cm) display will be offered. 200 MP + 8 MP + 2 MP camera setup will be provided at the back. You will also get a 32 MP selfie camera. The device will be powered by a 5000 mAh battery. The price can be 32 thousand rupees or 45 thousand takas.

  • Yamaha R7: A Beginner-Friendly Beast That Delivers Power and Confidence

    Yamaha R7: A Beginner-Friendly Beast That Delivers Power and Confidence

    Yamaha recently released a new motorcycle called the YZF-R7, which brings back memories of the iconic YZF-R7 OW02 from the late 90s. However, the new R7 is quite different from its predecessor in terms of functionality, purpose, and design. Yamaha has shifted its focus towards prioritizing function over form, aiming to tap into and enhance the rider’s potential and capabilities for an exhilarating riding experience.

    YZF-R7,

    Although the R7 shares its engine with the MT-07, Yamaha has made several modifications to the throttle, tank, exhaust, and clutch to differentiate it from its sibling. Despite being based on the MT-07, the R7 offers improved build quality and a striking design that sets it apart from competitors like the CBR 650R and Ninja 650.

    It boasts a stunning front-end view with LED daytime running headlights that can read your lean angle and ensure visibility. The M-shaped intake duct, reminiscent of the M1 MotoGP bike, houses the headlight atop the windshield, creating a distinctive appearance. The R7 stands out from the side with its blacked-out engine parts, complemented by a well-designed tank.

    Yamaha aimed for slim proportions by incorporating a narrow parallel twin engine with the body neatly wrapped around it. Inspired by the YZF-R1, the sharp tail streamlines the rider and bike on the highway, making the R7 the narrowest and most aerodynamic bike in the R-Series. The CP2 parallel twin engine produces an impressive 49 pound-feet of torque and 72 horsepower in the middleweight segment. The CP2 platform, which has been tested and proven since 2013, offers superior mid-range performance and reliability. The R7 features a fully adjustable KYB fork, a notable addition missing from the MT-07, further enhancing its performance.

    The R7 combines power and design to inspire confidence in riders, whether on the track or accelerating on the freeway. Its streamlined body improves aerodynamics and contributes to its sporty appearance. The power delivery is designed to provide excellent performance and fun during cornering and daily commuting.

    The R7’s low-down torque prevents the need for high revs, making it suitable for riders who enjoy race-like riding styles without being professional racers. Additionally, with its competitive price tag of $9,000, the R7 offers great value for money compared to used motorcycles with similar features.

    Fuel economy might not be a top priority for most sports bike riders, but Yamaha has also considered this aspect. The R7 provides a plush and stable feel on the road, particularly during urban rides. The fully adjustable KYB suspension and steep rake angle on the forks bridge the gap between the R7 and the MT-07, resulting in a more stable and rewarding riding experience.

    The revised rear shock and new linkage lift the rear of the bike, shifting the center of gravity forward and placing the rider in a position similar to the R6. With only 72 horsepower, the R7 offers ample control, allowing riders to confidently maneuver corners.

    To enhance braking efficiency, Yamaha has upgraded the braking system in the 2023 YZF-R7. It has replaced the standard calipers of the MT-07 with a Brembo branded radially mounted 4-part unit. These ABS-equipped calipers provide a crisper feel, consistent power, and prevent wheel locking.

    Yamaha also offers special packs for the R7, such as the Adrenaline and Style packs, which include features like a fully adjustable Up-Side Down fork, quick shifter, and Billet front brake lever guard. These packs cater to different needs and further enhance the R7’s performance and style.

    Despite its aggressive and racy appearance, the R7 is forgiving and not overly harsh. It is designed to instill confidence in riders, particularly those with less experience. The ergonomic triangle and clip-on handlebars create a sporty yet comfortable riding position, similar to the R6. The R7 is not a beginner’s bike but rather a beginner-friendly option that can be taken to the track.

  • From Ferrari F40 to Bugatti Chiron: A Look at the Evolution of High-Speed Cars

    From Ferrari F40 to Bugatti Chiron: A Look at the Evolution of High-Speed Cars

    Throughout automotive history, several cars have pushed the boundaries of speed. In 1987, the Ferrari F40 became the first street-legal car to reach 200 miles per hour (mph). Nearly two decades later, in 2005, Bugatti’s Veyron hypercar broke the 250 mph barrier. Finally, in late 2019, the Bugatti Chiron Super Sport made history as the first production vehicle to hit 300 mph. However, one might wonder why it took almost 15 years to achieve an increase of just 50 mph.

    Veyron hypercar

    The concept of speed may seem linear, but the challenges become exponential as vehicles aim for higher velocities. Andy Wallace, the driver behind Bugatti’s 300 mph run, explains that aerodynamic factors such as downforce, lift, and drag increase exponentially with speed. For instance, taking a car capable of 270 mph and pushing it to 280 mph requires significant efficiency improvements.

    The main obstacle to achieving extreme speeds lies in overcoming drag, or air resistance. The force required to overcome aerodynamic drag rises at the cube of velocity. This means that a car requiring 200 horsepower to counter drag at 150 mph would need a whopping 1,600 horsepower to reach 300 mph – eight times as much power. However, creating a 300 mph car involves more than just a massive engine; it requires careful consideration of various factors.

    Tires play a crucial role in ensuring safety at such high speeds. To withstand the immense forces exerted on the tires, Bugatti reinforced the last steel band of the tire with lightweight carbon fiber. This innovation prevented the tire from changing shape under extreme forces, maintaining stability. The tires were tested extensively at Michelin’s aircraft test center to ensure they could handle speeds up to 318 mph without warping.

    Generating the necessary power to spin the tires is another significant challenge. Turbochargers are commonly used to feed more air into the engine, allowing for increased horsepower. The upcoming Hennessey Venom F5, expected to reach 301 mph, utilizes massive twin-turbochargers and achieves high RPM (revolutions per minute) for optimal power generation. High RPM enables faster air and fuel combustion, resulting in greater power output. It’s important to strike a balance between engine size, RPM, and efficiency to achieve record-breaking speeds.

    However, the ultimate obstacle to reaching 300 mph is the resistance posed by the air itself. Drag increases exponentially, and the car’s design must minimize drag as much as possible. Koenigsegg’s Jesko Absolut, estimated to reach 330 mph, features a longer, flattened tail to ensure smooth airflow off the rear. Eliminating separation in the airflow helps reduce drag. Additionally, the car’s design eliminates excess downforce that would impede speed, replacing the massive rear wing with smaller tail fins and incorporating side vents to redirect airflow.

    Advancements in testing have played a crucial role in pushing the limits of speed. Simulations that used to take a week can now be completed in a matter of hours, allowing engineers to quickly test and implement new solutions. As automakers continue to chase speed records, innovation and testing will remain key factors in achieving even greater velocities.

    Bugatti may have already achieved the milestone of 300 mph, but automakers are constantly pursuing new records, pushing the boundaries of what is possible in automotive speed.

  • Experience Gaming Excellence with the Redmagic 8 Pro: Specs and Features

    Experience Gaming Excellence with the Redmagic 8 Pro: Specs and Features

    If you’re looking for a great gaming phone with impressive specifications and a reasonable price, the Redmagic 8 Pro is a quality option to consider. While there are only a few notable choices in the gaming phone market, this device stands out with its performance and features.

    Redmagic 8 Pro

    The Redmagic 8 Pro comes in different variations, with the Titanium model being the top-tier option, priced at £709 / $799. A standard Matte version, priced at £579 / $649, offers slightly less onboard storage. Both variants can be purchased from the Redmagic website.

    One of the standout aspects of the Redmagic 8 Pro is its design. It features a unique square profile with flat square edges, distinguishing it from other phones. While some may find the size of the handset to be a downside, the bold design sets it apart visually.

    Under the hood, the device is powered by a Snapdragon 8 Gen 2 processor, which offers excellent performance and efficiency. Depending on the chosen variant, it is paired with 16GB of RAM and either 256GB or 512GB of storage.

    A crucial component for gaming phones is the cooling system, as intensive gaming can generate heat. The Redmagic 8 Pro addresses this with its ICE 11 cooling system, which combines a 20,000 RPM fan with a redesigned heat dissipation system and other cooling measures.

    The device features a 6.8-inch FHD+ AMOLED display with slim bezels and an under-screen front-facing camera, providing an immersive and uninterrupted viewing experience. The display offers vibrant colors, high clarity, and a touch sampling rate of 960Hz, ensuring snappy and accurate button presses for gaming.

    In terms of cameras, the main sensor on the Redmagic 8 Pro captures sharp and defined images with saturated colors. However, the ultra-wide lens falls short in terms of color saturation and detail compared to the main sensor.

    In terms of performance, the device delivers a snappy and efficient experience for everyday tasks, and gaming performance is exceptional. It handles popular mobile games smoothly, with exceptional graphics and responsive gameplay. The Air Triggers on the top of the device enhance the gaming experience, providing touch-sensitive buttons for precise control.

    With its 6,000mAh battery, the Redmagic 8 Pro offers excellent battery life, lasting for up to two days with regular use. Gaming sessions consume more battery, but not excessively so. The device supports 65W fast charging, allowing for a full charge in around an hour.

  • Galaxy S24 Series to Introduce Faster Charging Speeds with EV-Inspired Tech

    Galaxy S24 Series to Introduce Faster Charging Speeds with EV-Inspired Tech

    The launch of the Samsung Galaxy S24 series is still several months away, but there have been leaks and rumors about the upcoming flagship phones. One notable improvement is the use of EV-inspired technology to enhance the batteries. Previously, it was reported that the Galaxy S24 series would feature improved batteries. Now, a tip from RGcloudS suggests that the charging speeds of the Galaxy S24 series have been revealed.

    Samsung Galaxy S24

    The current generation Samsung Galaxy S23+ and S23 Ultra support a charging speed of 45W, while the standard S23 is limited to 25W. Samsung has not increased the charging speed beyond this level since its introduction in 2019 on the Galaxy Note 10+. However, with the upcoming S24 series, Samsung is expected to adopt stacked battery charging technology, similar to what is used in electric vehicles. This technology allows for improved battery capacities without changing the battery’s physical size.

    The stacked battery charging technology is said to be limited to the S24+ and S24 Ultra models, which are rumored to have a 5,000mAh battery. This new technology will also enable faster charging speeds, potentially reaching a maximum of 65W. This is a 20W increase compared to the current 45W speed found in the Galaxy S23+ and Ultra variants. The S24 Ultra is also rumored to include a cooling gel for better heat dissipation.

    Unfortunately, the standard Samsung Galaxy S23 will not benefit from the charging speed upgrade. This is because the company has not yet begun testing the stacked battery technology, and there may not be sufficient production capacity for its implementation.

    In addition, it has been revealed that Apple’s upcoming iPhone 15 lineup will also utilize stacked battery technology, according to the tipster.

  • Vivo X100 Series: Revolutionary Photography Experience Coming Soon

    Vivo X100 Series: Revolutionary Photography Experience Coming Soon

    Vivo is set to release its highly anticipated Vivo X100 series, which focuses on photography, as early as November this year. The series is rumored to include three models: the Vivo X100, X100 Pro, and X100 Pro+. The X100 Pro+ has particularly attracted attention due to its groundbreaking 200-megapixel periscope telephoto camera.

    Vivo X100

    According to reputable tipster Digital Chat Station’s recent Weibo post, the 200-megapixel periscope camera on the Vivo X100 Pro+ has undergone meticulous customization, surpassing the optical performance of renowned Sony sensors like the IMX890 and IMX866 models. There are suggestions that the camera sensor, tentatively named the Samsung HPV, is a result of collaboration between Vivo and Samsung.

    This lightweight camera sensor is believed to be based on the Samsung HP3 and is expected to have a generous 1/1.4-inch size. It will provide native 3x or 5x optical zoom capabilities. Both tipsters have claimed that advanced AI algorithms will enable users to enjoy an impressive 10x optical zoom experience.

    Reports indicate that the Vivo X100 and X100 Pro will be equipped with the upcoming Dimensity 9300 chipset, which is yet to be released. The new flagship Dimensity chip may debut in October or November this year.

    On the other hand, the Vivo X100 Pro+ is expected to feature the upcoming Snapdragon 8 Gen 3. In the previous year, the X90 Pro+ was released alongside the X90 and X90 Pro. However, there are reports suggesting that the X100 Pro+ may debut in the first quarter of 2024. It remains unclear whether the X100 Pro+ will be available globally, as Vivo did not release the X90 Pro+ outside of China.

  • Xiaomi’s Redmi K70: High-Resolution Screen, Powerful Processor, and More

    Xiaomi’s Redmi K70: High-Resolution Screen, Powerful Processor, and More

    Xiaomi is working on a new smartphone called Redmi K70, which is expected to be released at the end of the year. The Redmi K70 will have some impressive features, such as a 2K screen and a powerful Snapdragon 8 Gen 2 chip.

    Redmi K70

    It will also come with a large 5120 mAh battery and support fast charging technology with up to 120W of power. The device will feature a main camera with either three or four sensors, and the main sensor will have a high resolution of either 50 MP or 100 MP.

    However, if you’re eagerly waiting for the Redmi K70, you might have to be patient. The smartphone is expected to be announced in China by the end of 2023, but it won’t be available in other markets until 2024. When it does become available globally, it will be rebranded as the POCO F6.

    The Redmi K70 sounds like an exciting smartphone with advanced specifications and features. Its high-resolution screen, powerful processor, and impressive camera capabilities make it a promising device to look forward to. So, keep an eye out for its release in the coming months!

  • Realme C53: The Smartphone Feature a Stunning 108MP Ultra Clear Camera

    Realme C53: The Smartphone Feature a Stunning 108MP Ultra Clear Camera

    Realme recently launched the C53 smartphone in Malaysia in May. It boasted a powerful 50MP main camera. Now, the company has announced that it will be introducing a new version of the Realme C53 in India on July 19th. This new model will feature an impressive 108MP primary camera.

    Realme C53

    Realme is promoting the new C53 as the first and only smartphone in its category to offer a remarkable 108MP Ultra Clear Camera. The promotional image released by the company reveals that the phone will be available in a gold color variant in India.

    The image also confirms that the 108MP model will include a side-mounted fingerprint scanner. Moreover, it is worth noting that the rear cameras and flash are not arranged in a squircle-shaped camera island like the 50MP model.

    Realme’s Indian branch shared a teaser on Twitter confirming that the new C53 will feature a waterdrop notch display, similar to the 50MP version. However, it remains uncertain whether the rest of the specifications of the new C53 will remain the same as the 50MP model.

    The Realme C53, equipped with a 50MP camera, showcases a user-friendly 6.74-inch Full HD+ LCD display with a 90Hz refresh rate. Under the hood, it is powered by the Unisoc Tiger T612 chipset, supported by 6GB of RAM and 128GB of storage. The device runs on the Realme UI T operating system, which is based on Android 13, right out of the box.

    Additionally, the phone packs a 5,000mAh battery with fast charging capabilities of up to 33W via a USB-C port. For capturing selfies and engaging in video calls, the Realme C53 sports an 8MP front-facing camera. Furthermore, the phone comes equipped with a 3.5mm headphone jack, enabling users to easily connect their favorite wired headphones or earphones.