Once Unimaginable: Xbox’s Bold Venture into Handheld Consoles | Games

jA few days after Nintendo launched its long-awaited Switch successor, Microsoft introduced its own long-term handheld console, the Xbox Ally. This announcement is significant not only due to Xbox’s collaboration with gamers from the High-end PC Specialist Republic for branding, but also because it boasts top-tier hardware. It’s apparent that the Xbox Ally X, one of two models slated for release before Christmas, was revealed just hours prior at the Xbox Showcase on June 8th, positioning itself as a serious competitor to both the Switch 2 and Valve’s Steam Decks.

The Xbox Ally emerges from the collaboration of four major tech companies—Windows, Xbox, AMD, and Asus—marking it as their flagship product. Both the Xbox Ally and Ally X models feature a 7-inch 1080p touchscreen, with the Ally X equipped with 16GB of RAM and the Ally featuring 24GB of RAM, each model offering options of 512GB or 1TB SSD storage. Powered by a Ryzen Z2 chip, the Ally X includes an AI Z2 chip that integrates the AI processor directly into silicon. According to Roanne Sones, head of gaming devices at Microsoft, this integration allows players to “utilize the AI experience without compromising GPU performance.” Although both devices run Windows, the interface has been optimized for gaming.

“I’m not running a Windows desktop,” stated Jason Beaumont, Xbox’s VP of experience. “It’s not about simply playing video games; it’s not bogged down by icons, taskbars, or unnecessary components. It conserves resources and allocates them to enhance performance for gaming.”

Players can access their game library using a dedicated Library button on the device, along with a new Xbox button that functions similarly to the one on the console controller. This library encompasses PC games from Xbox and other platforms, allowing seamless streaming from existing Xbox consoles if owned. With an Xbox Game Pass subscription, hundreds of games become instantly playable on the Ally devices.


ROG Xbox Ally X. Photo: rog

During a Microsoft presentation in Los Angeles, I held the Xbox Ally X with my right hand. Although my hands are small, I found it to be sizable (and heavier than the Switch 2), yet still manageable. As someone who favors the ergonomics of Xbox controllers over the PlayStation DualSense, I appreciated the asymmetrical joysticks and the layout that mirrors the Xbox pad.

Upon launching the Xbox Ally X, it immediately presents a homepage reflecting your recently played Xbox games, similar to the console interface. I was prompted to play Gears of War: Reloaded. As a huge Gears fan, experiencing remastered versions of games I hadn’t played in nearly 20 years while holding the console in my hands was surreal.

Muscle memory kicked in right away: I pressed A to move Marcus towards the wall and reload the weapon quickly by timing my R1 button press. Gears of War: Reloaded was selected somewhat unexpectedly, revealing a brief overview video featuring insights from Microsoft, Windows, Asus, and AMD executives. One noted that the Xbox Ally X’s power and capabilities were unimaginable just three years ago.

Perhaps influenced by external economic factors, Microsoft may have hesitated to disclose its full potential during this timeframe. Nevertheless, the design, functionality, and features of the ROG Xbox Ally position it as an excellent choice for anyone seeking access to both Xbox and third-party games in a portable format.

Skip past newsletter promotions

Pricing is a significant consideration. Even budget-friendly handheld consoles may surpass the cost of Nintendo’s new Switch 2. However, for someone who hasn’t invested in Nintendo titles and has previously gifted Steam Decks, the ROG Xbox Ally offers a tempting opportunity to regularly pick up and play.

Source: www.theguardian.com

Analaria: The Unimaginable Sound

Some people can’t imagine a dog barking or a police siren. I can’t get the song out of my head. They have no inner voice. Anauraria It was proposed in 2021 by scientists at the University of Auckland to explain the little-known condition of the silent mind. This time, the University of Auckland is hosting a world conference on imagined sounds in the mind, aimed not only at scientists but also at philosophers, musicians, poets, and writers.

Aphonia is a lack of auditory imagery, or the inability to hear anything in the inner ear. Image credit: Vat Roai.

Professor Tony Lambert from the University of Auckland said: “Scientists are interested in how the brain creates, or does not create, imaginary sounds such as inner voices.”

“But for writers, musicians, and poets, it can be an important part of the creative process, so they too have insights to share.”

“Charles Dickens said he could hear the voices of his characters. So did Alice Walker. Some readers even picture the voices of their characters in their heads.”

For Sang Hyun Kim, a student at the University of Auckland with a quiet mind, the idea of ​​other people hearing imaginary voices may seem strange. And he will be intrigued to see what research turns out about auditory imagery.

of heart ear and inner voice The conference will be held in Auckland, New Zealand from April 14th to 16th, 2025.

We would like to include personal accounts of individuals who have experienced anodynia and hyperacusis, the experience of highly vivid auditory images.

“Some people say they can reproduce a symphony in their heads in great detail; others report weak auditory imagery, while others report nothing at all,” the researchers said.

“It is estimated that nearly 1% of people in New Zealand experience aphonia. This is often accompanied by aphantasia, a lack of visual imagination.”

“There doesn’t seem to be any downside to a silent mind. On the contrary, recent research suggests there may be positive outcomes associated with increased attention.”

“The concept of musicians experiencing atonia seems perplexing. How can you play a role without being able to conjure up sounds in your head?”

“I don’t understand this either,” Professor Lambert said.

“The mind of such a musician may contain representations of music that are not auditory in nature. This is similar to the difference between hearing music and music represented as a musical score. Masu.”

“Overall, auditory imagery has received far less research attention than visual imagery.”

“Our conference is unique in that it focuses on these issues from a very interdisciplinary perspective.”

“Who doesn’t imagine voices, music, and other sounds?” If so, how common is this? What is the psychological impact of experiencing a quiet inner world? Is that so?”

“We have good answers to the first two questions. The last question is a much bigger question, but we believe we have made significant progress.”

“Ongoing research in the Aunaularia Laboratory at the University of Auckland includes neuroimaging studies that combine high-density EEG, functional magnetic resonance imaging, and electromyography of the activity of muscles used in speech production. .”

“The conference’s lineup of keynote speakers from around the world includes experts in fields called voice hearing (auditory hallucinations) and cognitive literary studies.”

Source: www.sci.news

The Unimaginable Increase in Turbulence During Flight: The Surprising Explanation

Turbulence is a common occurrence during flights and can sometimes be dangerous. It can result in emergency landings and even fatalities.

In May 2024, a flight from London to Singapore had to make an emergency landing after encountering severe turbulence over Myanmar. Sadly, one passenger died, and many others were hospitalized.

Shortly after this incident, another flight from Doha to Dublin experienced turbulence, leading to several passengers being hospitalized. These incidents raise concerns about the frequency and severity of turbulence.

Turbulence is typically caused by sudden changes in airflow due to various factors like storm clouds, fronts, and air movement over mountains. Pilots can often anticipate and avoid these known forms of turbulence.

However, clear-air turbulence, which occurs without warning due to speed differences between air masses, poses a more significant risk. This type of turbulence is invisible and challenging to detect, making it particularly dangerous for passengers and crew.

Experts predict that turbulence will increase with climate change, with clear-sky turbulence already on the rise. Studies show a significant increase in wind shear and severe turbulence on common flight routes, with projections indicating a further rise in turbulence incidents in the coming years.

While the risk of turbulence-related injuries remains relatively low, it is essential for passengers to always wear their seat belts during flights. This simple precaution can reduce the likelihood of injuries during turbulent conditions.

If you have any questions or concerns about turbulence or climate change’s impact on air travel, feel free to contact us via email at questions@sciencefocus.com or reach out to us on social media.

For more intriguing science facts and information, visit our website for engaging content.

This article (by Dominic Hamilton in London) addresses the impact of climate change on turbulence during flights.

For more updates and interesting science content, follow us on social media: Facebook, Twitter, Instagram

Stay informed with our fun facts and engaging science articles!

Read more:

Source: www.sciencefocus.com