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The Toyota GR86, one of the greatest (and last) reasonably priced sports cars available, will receive major changes for 2025. Toyota is bringing back the Hakone Edition for people who also want a slightly more exclusive ride, but the modifications should make an already lively car even more pleasure to drive.

Let’s start with the updates. Toyota claims that the electronically powered steering and retuned dampers fitted to all 2025 GR86s will enhance handling response and increase the vehicle’s sense of ground touch. The electronic throttle control for vehicles using the 6-speed manual gearbox from the GR86 has been reprogrammed to respond more quickly. Torque control adjustments have also been made to the engine to improve downshift throttle blip functionality.

Cars with automatic transmissions are not excluded. For more adventurous driving, the six-speed units’ manual mode paddle downshift threshold has been raised by 1,600 rpm.

Regarding the Hakone Edition, this limited-edition model pays homage to the 2020 special edition of the 86 from the previous generation. The name honors the winding Hakone Turnpike, a well-known touge (mountain pass) road that passes close to Tokyo. The unique dark green finish on both Hakone Editions is evocative of the trees that border the pass.

The 2.4-liter flat-four’s 228 horsepower and 184 lb-ft of torque are unchanged for the Hakone Edition. However, just like other limited-edition GR86s, Toyota has added Sachs dampers to the suspension and Brembo 4-piston calipers with 12.8 x 1.3-inch rotors up front and two-piston calipers with 12.4 x.79-inch rotors at the back to enhance stopping power.

Hakone Editions will be distinguished from other models by a ducktail spoiler at the back and 18-inch bronze wheels in addition to the Ridge Green paint job. Inside, tan Ultrasuede upholstery, golden accents, and a unique shift knob complete the look. Naturally, Hakone badging is present throughout.

Though this is more than the 200 units available in Japan, there won’t be nearly as many as the 860 Hakone Editions that will be sold in the United States. Although the price has not been disclosed, demand is expected to be considerable because, when they go on sale in the fall of 2024, not even all 1,500 Toyota dealerships will be able to obtain one.

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Technology

Apple analyst Ming-Chi Kuo claims that the 48-megapixel Tetraprism camera on the upcoming iPhone 17 Pro Max will have improved zoom capabilities and better picture quality.

Kuo stated that the primary specification change will be a 1/2.6″ 48MP CIS sensor, rather than the 1/3.1″ 12MP sensor anticipated to be utilized in this year’s iPhone 16 Pro models, in his most recent investor note, which was posted on Medium.

Tetraprism telephoto lenses are anticipated to be available for the iPhone 16 Pro and iPhone 16 Pro Max in 2024, as opposed to the bigger Pro Max being the only device in the iPhone 15 series to have this feature. Thus, at least 5x optical zoom and at least 25x digital zoom will be available on both iPhone 16 Pro variants.

Kuo stated that he is not sure if the improved Tetraprism camera would be limited to the iPhone 17 Pro Max at this time. If it’s unique to the model, however, the two iPhone 18 Pro models will receive it in 2026. According to Kuo, the new Tetraprism camera needs specially constructed prisms with a reduced form factor in order to lower the camera’s height.

The analyst’s assessment supports a statement made by Haitong International Securities’ Jeff Pu last year. Pu stated in December that Apple Vision Pro will work best with the improved 48MP telephoto lens on the iPhone 17 Pro Max. When held in landscape configuration, the main and ultra wide lenses work together to record spatial video with enhanced depth. This feature allows current iPhone 15 Pro models to create spatial video with 3D depth for playback on the Vision Pro.

According to what Pu previously stated, the 48MP super wide lens will be included in both iPhone 16 Pro variants. This means that the iPhone 17 Pro Max will be the first iPhone model to include a rear camera system composed only of 48-megapixel lenses. The 48MP primary, 12MP ultra wide, and 12MP telephoto lenses on the latest iPhone 15 Pro models help to put that into perspective.

Looking further, Kuo said that the Tetraprism camera in the iPhones of 2027 will be significantly enhanced and feature a greater optical zoom. It would then no longer be referred to as a “Tetraprism” lens. This is most likely accomplished by lengthening the light path by increasing the number of prisms. The analyst stated that if the number of prisms increases, it might be necessary to reduce the prism size, which would increase the complexity of the prism design.

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Healthcare

There is a sense of respite from the severe winter and the searing summer during the rainy season. However, one of the worst aspects of the monsoon season is the rise in humidity. Humidity can cause unwelcome increases in frizz and volume, as well as changes to the look, texture, and manageability of hair. Allow us to provide our professional advice on how to shield your hair from humidity if the humid weather usually has a negative impact on the health of your hair.

Advice for hair resistant to humidity

The layers of the hair shaft swell as a result of moisture penetrating into them due to humidity in the hair. As a result, the hair becomes brittle and frizzy, and the hair shaft and roots become weak. Dermatologist Dr. Smriti Naswa Singh outlines the adverse consequences of humidity on hair, including an increased risk of hair fall.

The following advice will help shield your hair from humidity:

1. Allow your hair to air-dry naturally

Instead of blow-drying your hair, always let it air dry or allow it to dry naturally. This is because, according to the expert, when we blow dry, the water in the hair shaft turns vaporous and escapes the shaft, breaking the cuticle. This phenomenon is known as a hydration injury. As you step outside in the humid heat, remember to try to completely dry off your hair.

This is due to the fact that attempting to dry out your hair in a humid atmosphere may result in more issues. Utilizing a microfiber towel to help remove as much water as possible from your damp hair, try to dry your hair. According to the expert, frizz can be avoided by wrapping hair in a cotton t-shirt or a microfiber towel after washing it and avoiding vigorous toweling.

2. When you go outside, cover your hair

When heading outside, cover your hair with an umbrella or scarf to protect it from raindrop damage. According to the expert, precipitation from cities contains air pollutants that are bad for hair.

You can protect your hair from damage by wearing a hair cover. Moreover, pulling your hair up into a simple up do is another simple approach to keeping it intact in muggy conditions. Beautiful people with curly hair need to be more aware of this because putting their hair in a loose topknot can prevent it from growing. During these hot summer days, keeping your hair off your face and neck can be achieved similarly with a loose braid or a bun.

According to the expert, it’s a better idea to have your hair done up in various styles like braids, plaits, and buns rather than leaving it loose.

3. Use light conditioners and shampoos

The humidity makes the hair more frizzed out. The expert says it’s a good idea to use gentler conditioners (silicone-free) and shampoos (sulphate-free). Seek out silicone-free shampoos and conditioners. For longer-lasting smoothness, consider a leave-in smoothing treatment after washing your hair.

4. When necessary, wash them

If we don’t wash our hair two or three times a week, oil can accumulate in the scalp, increasing the likelihood of dandruff and making our scalps irritable during the monsoon. Bad hair days and even excessive hair loss are more common in people with unhealthful or dandruff-prone scalps.

5. One deep conditioning session per week

According to the expert, deep conditioning your hair once a week or every two weeks using hair treatments or oils and then wrapping it in a hot towel will help improve the quality of your hair and reduce frizz. The only way to avoid frizz is to keep your hair moisturized. Thick hair can be caused by black castor oil, whipped shea butter, and coconut oil. Remember that a tiny bit will go a long way toward keeping your hair hydrated before you leave. After you’re done straightening your hair, these oils help calm the layer that protects your strands from humidity by keeping them flat.

6. Avoid getting hair colored

Avoid using hair treatments that break down disulfide bonds during this season, such as coloring, perming, and straightening. These could weaken the hair even further. Our hair is already weakened by humidity, so trying these treatments will make the condition worse.

7. Eat a balanced diet

This is the time of year when increased hair loss is possible. Therefore, ensuring antioxidant and hydration support from inside by feeding the body with seasonal and local fruits and vegetables promotes healthy hair. Maintaining the volume of your hair can be achieved by including foods like lentils, salmon, avocados, Greek yogurt, blackberries, organ meats, sunflower seeds, pumpkin seeds, ginger, and a diet high in protein. This season, you need to be taking vitamins like iron, zinc, selenium, biotin, C, D, and E, as well as iron.

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Science

Our planet is in dire need of a quicker, greener method of capturing and storing carbon dioxide, the infamous greenhouse gas that is to blame for climate change. Thanks to ground-breaking hydrate technology created by experts at the University of Texas at Austin, the hunt may finally be done.

Professor Vaibhav Bahadur of the University of Texas at Austin’s Walker Department of Mechanical Engineering oversaw the science behind this ground-breaking invention. The study undoubtedly changes the way we think about carbon storage.

Benefits of hydrates for carbon capture

Hydrates present a universal approach to storing carbon, which is crucial given the enormous task of safely removing gigatons of carbon from our atmosphere. In order for them to play a significant role in carbon storage, Professor Bahadur stated, “We need the technology to grow them at scale and quickly.

The environmental benefits of carbon capture can be countered by rapidly growing hydrates without the need of chemicals, as demonstrated by our findings.

Carbon capture and sequestration, for those who are unaware, is the process of taking carbon out of the atmosphere and storing it away for future use. This strategy is considered essential to the process of decarbonizing our world.

But conventional carbon capture techniques, including pumping carbon dioxide into subterranean reservoirs, have run into problems like possible leaks, contaminated groundwater, and seismic hazards.

releasing the bottleneck in hydrate formation


Plan B for carbon storage, hydrates, was poised to become Plan A if they could overcome their primary obstacle of slow and energy-intensive creation.

Herein lies the relevance of Bahadur’s research. By increasing the rate of hydrate production six times, the team cleared the path for mass-scale carbon storage using hydrates.

The key is magnesium. This subtle component serves as a catalyst, obviating the requirement for chemical promoters.

When high-flow CO2 bubbling is combined with a certain reactor setup, you get quick and environmentally benign hydrate production. Furthermore, it works with seawater and doesn’t require complicated desalination procedures.

Advantages for the environment and viability

“Hydrates are attractive carbon storage options since the seabed offers stable thermodynamic conditions, which protects them from decomposing,” stated Bahadur.

“We are essentially making carbon storage available to every country on the planet that has a coastline; this makes storage more accessible and feasible on a global scale and brings us closer to achieving a sustainable future.”

The potential for significant environmental advantages is one of the most alluring features of this novel hydrate-based carbon capture method. Hydrates are stable on the seafloor, in contrast to conventional techniques that provide a danger of contamination and leakage.

By utilizing already-existing natural formations, this not only guarantees that collected carbon is stored safely but also lessens the need for major infrastructure development.

More importantly, the method works with saltwater, so desalination is not necessary, saving time and effort. The viability of large-scale deployment is substantially increased by this feature, particularly for coastal nations.

Researchers think that by using this method, carbon emissions can be greatly reduced and the negative effects of climate change can be delayed.

Upcoming studies and uses

Even while the current developments in carbon capture technologies are encouraging, they are only the start of what might be a revolutionary period.

Future studies are anticipated to investigate a number of topics, including reactor design optimization, magnesium catalyst efficiency enhancement, and further simplification of the hydrate production process.

To construct a carbon capture and storage (CCS) system that is completely sustainable, researchers are also investigating how to combine this technology with renewable energy sources. Furthermore, the possible uses go beyond just reducing the effects of climate change.

The potential application of hydrate technology in many industrial processes that necessitate carbon control could expand its reach and influence. With sustained investment and interdisciplinary cooperation, carbon capture appears to have a very promising future.

Hydrate technology that goes beyond carbon capture

But storing carbon isn’t the only thing at play. This extremely quick hydrate formation offers a flexible solution for a range of industries by potentially having an impact on gas separation, desalination, and storage.

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Technology

Prior to Prime Day, Amazon unveiled a completely redesigned Echo Spot, the company said on Monday. The Alexa enabled smart alarm clock in 2024 is normally $79.99, but Prime members can currently get it for $44.99.

According to the manufacturer, the most recent version of the product has better audio and images. Ocean Blue, Glacier White, and Black are the possible colors for the gadget.

The Echo Spot is made to seem like a nightstand and has a display that shows the time, the weather, song names, and the ability to set and review alarms. Moreover, it has a 1.73″ front-firing directional speaker with “clear vocals and deep bass.”

The most recent Echo Spot lacks an in-built camera for video calling, in contrast to the one from 2017. This may be a pleasant change, particularly for those who prefer not to have a camera-equipped device in their sleep. Additionally, the most recent Echo Spot splits its front with a speaker, unlike the previous model, which had a whole circular screen.

Because the device is Alexa enabled, you can set alarms with just your voice. In addition, you may ask Alexa to make announcements for the house, play a specific song, or make a call.

Similar like the previous model, the new Echo Spot is customizable. You can choose from six various color configurations (magenta, violet, orange, lime, teal, or blue) or mix and combine colors with other clock faces.

In contrast to Amazon’s Echo Show devices, the Echo Spot’s screen is meant to display animations rather than videos. For example, the Echo Spot shows graphics on the screen that represent the temperature and weather when you ask Alexa about the weather.

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Science

Applications including bosonic quantum simulation, quantum information processing, and quantum sensing are well suited for mechanical systems. However, the capacity to manipulate these systems in novel ways—that is, by “squeezing” their states and producing nonlinear effects in the quantum regime—is essential to their effective usage for these applications.

Dr. Matteo Fadel’s research group at ETH Zurich has unveiled a novel method for achieving quantum squeezing in a nonlinear mechanical oscillator. This method, described in research that was published in Nature Physics, may have intriguing ramifications for the advancement of sensing and quantum merology.

“Initially, our goal was to prepare a mechanically squeezed state, namely a quantum state of motion with reduced quantum fluctuations along one phase-space direction,” Fadel stated to Phys.org. “Such states are important for quantum sensing and quantum simulation applications. They are one of the gates in the universal gate set for quantum computing with continuous-variable systematizing mechanical degrees of freedom, electromagnetic fields, etc., as opposed to qubits that are discrete-variable systems.”

Fadel and his colleagues noticed that the mechanical condition was becoming more elongated and more than just narrower (more squeezed) after reaching a specific threshold when doing their experiments and attempting to achieve an increasing degree of squeezing. Furthermore, they discovered that the condition began to spiral or twist around itself in a “S” or even “8” shape.

“We did not expect this, as the preparation of non-gaussian states requires significant nonlinearities in the mechanical oscillator, so we were quite surprised, but of course also excited,” Fadel said.

“Typical mechanical nonlinearities are extremely small and typical couplings between mechanical oscillators and light/microwave fields are also linear. However, it was easy to realize that in our device the resonator was inheriting some of the nonlinearity from the qubit it was coupled to.”

The intriguing impact that the researchers saw was caused by the resonator’s significant inherited nonlinearities, they discovered. They demonstrated this novel method of achieving quantum squeezing in this nonlinear mechanical system in a recent study.

The setup used in the group’s research includes a mechanical resonator and a superconducting qubit connected by a piezoelectric disk. The resonator’s effective non linearity arises from the interaction between these two systems.

“When a two-tone drive is applied to the system at the correct frequencies, f1+f2=2*fm (where f1 and f2 are the two-tone drive frequencies and fm is the frequency of the mechanical mode), a parametric process takes place: two microwave photons at frequencies f1 and f2 from the drives are converted into a pair of phonons at frequency fm of the mechanics,” Fadel stated.

“This is very similar to a parametric conversion process in optics, where light fields are sent to a nonlinear crystal that generates squeezing in a similar way as I described.”

This group of researchers has developed a novel method for achieving mechanical squeezing, which may soon lead to new avenues for investigation and the advancement of quantum devices. Fadel and his associates verified that their mechanical resonator demonstrates controllable nonlinearity and utilized their method to generate non-gaussian states of motion in their experiments.

“Notably, the nonlinearity we observed in our resonator is tunable, as it depends on the difference between qubit and resonator frequencies, which can be controlled in the experiment,” Fadel stated.

“The realization of squeezed states has important applications for quantum merology and for quantum information processing using continuous variables. Non-gaussian states can also be used as a resource for quantum information tasks and for fundamental investigations of quantum mechanics.”

Based on the methodology presented in this latest study, Fadel intends to explore the feasibility of implementing a mechanical quantum simulator in his future research. In particular, the simulator might take advantage of the team’s acoustic resonators’ ability to address and control tens of bosonic modes separately.

“Our devices could also find interesting applications in quantum-enhanced sensing of forces, gravitational waves, and even tests of fundamental physics,” Fadel stated. “Recently, we showed in follow-up work that the mechanical nonlinearity can be so strong that it allows us to realize a mechanical qubit.”

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Sports

A soft golf course that generated the best scores of the week or the pressure of trying to win on the PGA Tour for the first time would not deter Davis Thompson from pursuing this moment, which he had been striving toward.

He led by two shots at the beginning. With five birdies and a six-shot lead six holes into the final round on Sunday, Thompson looked certain to win by four strokes, secure a place in the upcoming three majors, and record the lowest 72-hole score in the John Deere Classic.

“I’m just thankful it worked out. I got off to a great start today and was able to just kind of cruise on the back nine,” 64, Thompson remarked,  “Getting off to a good start was crucial, and I was just able to ride the momentum coming in.”

Thompson took a three-shot lead after making a 45-foot birdie putt on the opening hole, and nobody could get closer to him the rest of the way.

The Georgian 25-year-old broke Michael Kim’s 2018 John Deere Classic record by one stroke with a final score of 28-under 256.

Thompson stated, “I just wanted to stay aggressive.” “I knew there would be low scores out there today because the wind kind of died down and the conditions were a little soft. So I knew I was going to have to go play well. Thankfully, I made a great putt on 1 and had a great up and down on 2 and kept the ball rolling.”

With the win, he gains entry into the next three majors, beginning with the British Open at Royal Troon in two weeks. In April of next year, he will also play in the Masters.

In the John Deere Classic, Thompson became the 24th golfer to win on the PGA Tour, the most in any tournament since 1970.

Who would place second and secure the other berth at the British Open dominated the last hour. That went to C.T. Pan of Taiwan, who ended with a two-putt par from 20 feet for a 64 after birdieing the 16th and 17th holes.

But he had to work hard at it because of two kids.

Luke Clanton, a sophomore at Florida State, became the first player to reach 24 under par on the 18th hole with a 25-foot birdie putt. After completing at Stanford, Michael Thorbjornsen, who is ranked #1 on the PGA Tour University, blasted a shot from of a fairway bunker to 18 feet and made the birdie putt for a 63 to tie Clanton.

Based on the world ranking, Pan won the British Open slot in a three-way tie for second.

“Honestly going to be hectic to arrange all the travel details last minute, but it will be a good problem to have,” Pan remarked.

Clanton, on the other hand, made history by becoming the first amateur to place in the top 10 of back-to-back PGA Tour-sanctioned events since Billy Joe Patton in 1958. In both the Masters and U.S. Open that year, Patton finished as a low amateur. At last week’s Rocket Mortgage Classic, Clanton tied for tenth place.

If Clanton had been a professional, his last two weeks’ worth would have been slightly over $804,000.

“We came into the week with pretty high expectations I guess you could say after last week,” according to Clanton. “I think I kind of reached that expectation for sure. Of course you want to win. But again, to do what I did out there today was awesome.”

The winner, well, that was never in question. In addition to his opening 45-foot birdie putt, Thompson had seven birdies through ten holes, including a 30-footer on No. 5.

At last, he made a shot on the par-4 12th, and Thorbjornsen appeared to have a chance to at least tie the game. Playing the reachable par-4 14th hole, the native of Massachusetts rattled off six consecutive birdies. However, he made a good right turn and struck a large chip that was around 35 feet away. He missed a 4-foot par putt and three-putted for bogey.

Thompson finished second in the Rocket Mortgage Classic last week. Thompson is a second-year member of the PGA Tour. His aim was to maintain the current pace.

Maybe the place he stayed also had an impact.

For the past few years, a number of Georgian athletes have been renting a home close to the John Deere Classic. When J.T. Poston won the Deere two years ago, he stayed there. Sepp Straka won while residing in the residence the previous year.

This year, Straka gave up his room to Thompson and traveled with his wife and small son.

Thompson grinned and said, “I think I have to pay for the whole house, which is unfortunate.” “But I’ll gladly write the check for that.”

The value of the victory was $1,440,000. Thompson’s climb to No. 22 in the FedEx Cup rankings virtually guarantees that he will compete in all of the major events of the next year.

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Science

The first booster in the program’s history to safely splash down softly in the sea, SpaceX’s Starship, may have burst following the test, according to a purportedly leaked image and a fan analysis making the rounds on social media. The goal of SpaceX’s Starship tests is to push the rockets to the brink of failure so that improvements can be made, but the company has faced backlash for its first three flights, which were criticized for their inability to prevent unintentional explosions, or what SpaceX refers to as “Rapid Unscheduled Disassembly.”

According to a social media user’s research and an allegedly leaked image of the fourth flight’s booster’s final minutes, it appears possible that the booster burst after toppling over near the conclusion of its return profile.

Based on social media analysis, the leaked image of the starship Super Heavy exploding is probably real.

Yesterday, a photograph of what appeared to be the explosion of the Flight Four Super Heavy rocket was published on social media by X user BocasBrain, which took even the most ardent SpaceX fans by surprise. The photo displayed an orange mushroom cloud that could be seen from a buoy that resembled the one that SpaceX used to take the last pictures of its rocket test.

TheSpaceEngineer, also known as X user mcrs987, conducted a thorough investigation shortly after the image was made public. The user shared that, based on their understanding of lighting and image manipulation, the image appeared to capture video footage running on a display due to its warped perspective and the square frame visible in the bottom right. They acknowledged that the multiple lens cameras on the buoy might potentially be to blame for the distortion, but they also mentioned the possibility that water droplets “warped” the footage of the booster’s descent.

The user then reports that the explosion’s light is leaking through the signal light on the buoy. As far as creating the diffusive effect is concerned, they said, “it would be quite challenging to blend” and that the producers of a potentially fraudulent image would go “to extreme lengths like this would just be absolute dedication just to fool a bunch of people.” The clouds above the mushroom cloud provide additional evidence, which user mcrs987 concedes may be proof of a phony image. The research states that the explosion’s “very visible reflection and glow on the clouds” is “stupidly difficult to replicate on an already existing image,” and that these appear to line up perfectly with SpaceX’s footage of the booster’s landing.

Specifics of the booster’s infrasound data that LabPadre on X supplied also reveal increased activity following the cutoff of the landing burn. For mcrs87, this was the last “piece of evidence that could put the final nail in the coffin” that mcrs87 was waiting for. The X user appears convinced that the last data set confirms the suspicion that the booster might have exploded as it tipped post landing as the infrasound data contains “tons of echos and a spike that’s louder than what may be the landing burn or the sonic booms of the vehicle right at startup.”

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Technology

A week from now is the debut day. And then a significant leak surfaced, revealing every detail of the Galaxy Z Fold 6 and Z Flip 6. When Evan Blass got his hands on the duo’s promotional materials, he revealed all of their secrets. Now you get a sneak peek at whatever they have in store for the Unpacked event.

The Samsung Galaxy Z Fold 6

Everything you’ve been told about the boxy redesign of the Fold design. To put it simply, they were spot on.Additionally, they are using an IP48 rated chassis made of armored aluminum that is resistant to dust and water.

Naturally, AI is integrated into every aspect of the operating system. The most bizarre things may be done with the AI Note Summary using Note Assist, Interpreter function, and Circle to Search. They increased the brightness by 1.5 times. It currently peaks at 2600 nits. That promotional content lacked any specificity. They did, however, outperform their previous Z Fold 5 in the performance category.

They have raised the ante with their Z Fold 6. In the end, it’s faster by 18% on the CPU, 19% on the GPU, and 42% on the NPU. There are three cameras: a 12 MP ultrawide, a 10 MP (3x) optical, and a 50 MP first.

even if 4400 mAh is the same capacity as previously. Samsung was able to extend the battery life of the Z Fold 6 with a little hard and soft tweaking. Additionally, there are two 120Hz 2X Dynamic AMOLEDs on either side. 6.2″ externally and 7.6″ within.

Flip 6 Samsung Galaxy Z

Z Flip 6: it was made to be smaller. There are new accents surrounding the camera. However, this cannot be said about the cover screen. The AI on this one is useful for chat history and chat recommendation. Others are swaggering in there, of course, and you have to circle to search.

Speaking of the new prime 50MP lens, there is something to say. It might perform better in low light and portrait photography. If the hardware isn’t up to the task, ProVisual Engine and AI assist in taking high-quality pictures.The battery capacity was increased dramatically from 3700 to 4000 mAh. Thus, the runtimes appear to be good.

This is the IP48 rating, which is the same as Z Fold 6. The Gorilla Glass Victus 2 folding visor’s 6.6″ 2x Dynamic AMOLED screen is protected. And as a result, it is stronger. Outside is a 3.3″ cover display that is just as important as the previous one. Unfortunately for those who prefer AMOLEDs, this one is IPS 720p.

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Sports

Emma Raducanu thinks that watching Carlos Alcaraz before matches and trying to mimic some of his shots is what motivated her incredible run to the Wimbledon final 16.

The Spanish player battled to defeat Frances Tiafoe in five sets, forcing the British No. 3 to wait until early evening to play on Centre Court. Raducanu put on one of her best performances of the season, crushing No. 9 seed Maria Sakkari 6-2, 6-3, not letting it stop her.

“The Carlos versus Frances Tiafoe match was such amazing tennis, just very fun to watch,” Raducanu remarked. “The last couple matches I’ve been following Carlos, and it’s just good to watch before the match. And sometimes in certain moments you in a way try to emulate certain shots or whatever.”

Raducanu will take on the world number 123 next. Lulu Sun, who doesn’t play another seed until the semifinals, seems to be having a dream run. She emphasized, nevertheless, that she is resolved to handle things one game at a time. She remarked, “I only focus on who I’m playing next,” “That’s the best way to be. Staying present in the moment is what got me this far. I’m not going to start changing anything.”

Nevertheless, Raducanu acknowledged that her match against Sakkari was the result of her recent hard work on the game and said it was the second most enjoyable match she had ever had on the court, only surpassed by her 2021 US Open victory.

Raducanu remarked, “I found myself grinning or laughing to myself because I was just enjoying competing so much.” “I was just enjoying the battle, and really appreciating the good tennis that was being played by my opponent.

“You do your work day in, day out. You never know when it’s going to pay off, you never know when you’re going to reap the rewards.

“I’m very happy that a lot of the work I’ve been doing has compounded and has been able to show this week.”

In addition, Raducanu expressed her happiness at being on Court No. 1 with Andy Murray on Saturday night for the opening round of the mixed doubles.

She went on, “I’ll just take direction and follow his lead,” “I’ll have to do a crash course in doubles but I’ll have fun regardless. Of course, I will cherish the opportunity because it is just such an honour.”

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