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Monitor Philips 275P4VYKEB 5120x2880 pixels

01.02.2016

Philips has announced a new monitor model 275P4VYKEB with a screen resolution of 5K.

Screen size 275P4VYKEB - 27 inches, resolution - 5120 x 2880 pixels. In the description of the novelty, the manufacturer notes the PerfectKolor technology, which allows to reproduce 99% of the AdobeRGB color space without additional settings, and the MultiView technology for dividing the screen into independent areas. Screen 275P4VYKEB has a matte anti-reflective coating, and the equipment includes a web-camera and built-in speaker system.

The second interesting Philips exhibit at ISE 2016 is the 241P6VPJKEB monitor. Its 23,8-inch screen has 4K resolution. The monitor is capable of displaying 1,074 billion colors covering 99% of the sRGB color space. Like the 275P4VYKEB model, this monitor is equipped with a webcam with a microphone.

In addition, the Philips 241P6EPJEB monitor with SoftBlue technology, which reduces eye strain by reducing blue light, and the 221S6QUMB and 231P4QUPES monitors with a docking station will be shown.

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The accuracy of measuring the size of nanostructures has been increased by at least a hundred times, thanks to the work of researchers from the University of Warwick, the QuantIC center and the University of Glasgow. A new method using pairs of photons, the fundamental particles of light, makes it possible to measure the thickness of objects 100 times smaller than the diameter of a human hair, with an accuracy 100 times greater than any other method.

The new measurement method uses a source that emits pairs of photons that are almost identical in all respects. These photons are separated using a component called a light splitter, about 30 thousand pairs of photons are used to carry out one measurement cycle, and about 500 billion photons are used to carry out the entire measurement as a whole.

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"The most interesting thing about this achievement is that the measurements are not carried out with the help of some unstable quantum technologies, but with the help of sensors based on time-tested conventional physical principles," says Dr George Knee, who developed the theoretical basis of the experiment. , - "A higher measurement accuracy was obtained by us due to the special adjustment of the interferometer and its constant recalibration, which made it possible to eliminate the slow time and temperature drift."

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