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Aya Neo Air and Aya Neo 2 portable game consoles

19.05.2022

Aya Neo has announced the Aya Neo Air and Aya Neo 2 handheld game consoles. The Aya Neo Air is the first Windows-based handheld console with an OLED screen, while the Aya Neo 2 is powered by the AMD Ryzen 6800U chipset.

Aya Neo Air is equipped with a modern vibration motor, a 3,5 mm headphone jack, a USB-C port and a microSD card slot. It also has RGB lighting and speaker holes on both sides. The Aya Neo Air is very similar to the Nintendo Switch Lite but powerful enough to match the Steam Deck.

The Aya Neo Air console is equipped with a 6-inch 1920 x 1080 pixel resolution screen that covers 109% of the NTSC color space. Aya Neo Air is based on the Ryzen 5000 APU. The device weighs about 420 grams.

The Aya Neo Air is available for pre-order now in China, where the device is priced at $647.

The Aya Neo 2 features a 5,5-inch OLED screen and AMD Ryzen 6800U chipset, which is the first to be used in a handheld game console.

The device will hit the market at the end of this year.

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The existence of an entropy rule for quantum entanglement has been proven 09.05.2024

Quantum mechanics continues to amaze us with its mysterious phenomena and unexpected discoveries. Recently, Bartosz Regula from the RIKEN Center for Quantum Computing and Ludovico Lamy from the University of Amsterdam presented a new discovery that concerns quantum entanglement and its relation to entropy. Quantum entanglement plays an important role in modern quantum information science and technology. However, the complexity of its structure makes understanding and managing it challenging. Regulus and Lamy's discovery shows that quantum entanglement follows an entropy rule similar to that for classical systems. This discovery opens new perspectives in the field of quantum information science and technology, deepening our understanding of quantum entanglement and its connection to thermodynamics. The results of the study indicate the possibility of reversibility of entanglement transformations, which could greatly simplify their use in various quantum technologies. Opening a new rule ... >>

Mini air conditioner Sony Reon Pocket 5 09.05.2024

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Energy from space for Starship 08.05.2024

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New method for creating powerful batteries 08.05.2024

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Alcohol content of warm beer 07.05.2024

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Random news from the Archive

Wood Mushroom Stradivarius Violin 24.02.2018

Swiss scientists have managed to select a tree for making violins, the density of which makes it possible to achieve a sound comparable to the creations of the great Stradivarius. This effect was achieved through the use of tree mushrooms.

To date, there are many theories that explain the secrets of the master. Some claim that Stradivari cut trees on a full moon, others suggest that he used a special varnish. The latest theory says that the density of the tree plays a decisive role.

When the master was making violins in the Italian city of Cremona, Europe was coming to the end of a 70-year period of long winters and cold summer months. Because of this, the trees grew more slowly and the wood density was lower. "When a tree grows in unfavorable conditions, it forms mostly thin-walled cells that can carry large amounts of water," explains Francis Schwarze, researcher at the Federal Materials Research Laboratory. "The thinner the cell walls, the less dense the wood."

Schwartz has already succeeded in reducing the density of maple and spruce wood. To do this, he used a tree fungus of the species "Xylaria long-legged". "This fungus destroys the thick-walled wood cells," explains Schwarze. As a result of the vital activity of this fungus, a tree of lower density remains. The resulting material is comparable to the wood from which Stradivarius made violins: it conducts sound very well.

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