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ASUS Zenbook Flip UX360 Hybrid Notebook

23.06.2016

ASUS has launched the Zenbook Flip UX360 convertible laptop, which combines the Intel Skylake hardware platform with the Windows 10 operating system.

The computer uses a 14-nanometer Core m3-6Y30 processor. This chip contains two computing cores with support for Hyper-Threading technology (up to four threads of simultaneously processed instructions) and an Intel HD 515 graphics controller. The nominal clock frequency is 900 MHz, the maximum is 2,2 GHz (in turbo mode). The chip functions in tandem with 8 GB of RAM.

The hybrid laptop is equipped with a 13,3-inch touchscreen display with a resolution of 1920? 1080 pixels (Full HD format). A special mount allows you to rotate the screen 360 degrees to use the device as a tablet.

The computer carries a 256 GB solid state drive, Wi-Fi 802.11ac and Bluetooth 4.1 wireless adapters, and an SD card reader. There is a symmetrical USB Type-C port, as well as two standard USB 3.0 ports. Claimed battery life on a single battery charge up to 12 hours.

The ASUS Zenbook Flip UX360 convertible starts at $700.

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Compact tokamak warmed up to a record 100 million kelvins 27.05.2023

Researchers from the British company Tokamak Energy Ltd, Oak Ridge National Laboratory (USA), and the Institute for Energy and Climate Research (Germany) have set a plasma temperature record for a spherical tokamak.

The ST40 is compact: the size of the working chamber is no more than 80 centimeters in diameter. The ions inside the reactor were heated to over 100 million kelvins (about 100 million degrees Celsius, or 8,6 kiloelectronvolts).

"An ion temperature of over five kiloelectronvolts has never been achieved before in any spherical tokamak. They were obtained only in much larger devices with a much higher plasma heating power," the scientists explained. Their work has been published in the journal Nuclear Fusion.

Note that for small spherical tokamaks, reaching such temperatures is a very difficult task. Therefore, the fact that this was achieved on a commercial spheromak looks like a good achievement for the British.

At the same time, against the background of the most productive modern thermonuclear reactors, this indicator is not high, and the energy efficiency of the British spheromak is quite moderate.

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