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Notebooks Samsung Galaxy Book3 Pro, 360 and Pro 360

28.01.2023

Samsung has announced a line of laptops Galaxy Book3. The novelties are outwardly similar to their predecessors from the Book2 generation. The main differences are 13th generation Intel Core processors and a new display.

The screen, which Samsung calls Dynamic AMOLED 2X Display, is already used in Galaxy smartphones. The 2X designation indicates a 120Hz refresh rate. The panel received a resolution of 2880 x 1800 pixels and an aspect ratio of 16:10. The display is larger than the Galaxy Book2's 16:9 aspect ratio screens. The natural benefits of AMOLED are vibrant colors, wide viewing angles, fast response times and deep blacks.

Also, the Galaxy Book3 360 transformer laptop appeared in the official Samsung store, which was not mentioned at today's presentation and which was discovered by the author of this news. Its main difference is a screen with Full HD resolution and a diagonal of 13,3 ″ or 15,6 ″, as well as only two speakers for sound reproduction.

Past Galaxy Books have been considered some of the best ultraportable laptops around. They are lightweight and, as you would expect from Samsung devices, they have very good screens. New screens with higher resolutions and faster refresh rates will contribute to a better media experience.

Notebooks come in graphite and beige colors. The Samsung Galaxy Book3 Pro will start at $1449,99, the Book3 360 Pro will start at $1699,99 and the Book3 360 will start at $1299,99. They are already available for pre-order, direct sales will begin on February 17th.

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Random news from the Archive

Humidity robot 17.01.2018

Researchers at Seoul National University have created a robot that can move around by absorbing moisture from the environment. These devices can crawl up and down, as well as coiling like a snake. In the future, such robots, according to researchers, can be used in various fields, in particular in medicine.

The principle of operation of new devices is similar to that of plants, which can change shape and size by absorbing water from the ground or from the air. However, these robots are not made of plant material - they only imitate the mechanisms characteristic of plants.

The robot described by the researchers has two layers of nanofibers: one of them absorbs the humidity of the external environment, the other does not. When the device is placed on a wet surface, the first layer expands, thereby lifting the robot up. Then this layer again loses moisture and sinks closer to the surface - the cycle repeats. This allows the robot to move.

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