As you know, the Radeon RX 7900 XTX overclocks well if you can supply enough power to the card. The well-known overclocker Der8auer managed to raise the GPU frequency of such an adapter to 3.4 GHz.

The important thing is that the native liquid cooling system was enough to achieve such a result. The PowerColor Liquid Devil model was taken as the basis, which is one of the best overclocking options for the RX 7900 XTX, and at the same time it is equipped with liquid CO.

In 3DMark Time Spy Extreme, the adapter could operate at 3244 MHz, which earned it a score of 17,700 and took 13th place in the overall rating. In games, the frequency increased to 3.4 GHz. At the same time, the adapter consumed an impressive 650 watts.

The Samsung Galaxy F14 appeared in a rather detailed video review a few days ago, but only now this model has been officially presented. The smartphone debuted in India, where the base version with 4 GB of RAM and 128 GB of flash memory is asking for the equivalent of $160. The 6 GB RAM and 128 GB storage option is slightly more expensive at $180.

The Samsung Galaxy F14 is based on Samsung’s own 5nm Exynos 1330 SoC. The smartphone received a PLS screen with a diagonal of 6.72 inches, Full HD + resolution and a frame rate of 90 Hz, a 13-megapixel front camera, a main camera with sensors with a resolution of 50, 2 and 2 Mp.

The battery capacity was 6000 mAh, it supports 25 W charging. The software platform was Android 13 with One UI 5.0 interface (Samsung promises two big OS updates and 4 years of security updates).

CERN scientists have announced that they have detected neutrinos from the Large Hadron Collider (LHC) for the first time.

A new discovery was made after the transition to the Run 3 phase last summer, when, after a three-year break for the modernization of the installation, it was brought to a maximum energy level of 13.6 TeV.

Neutrinos, born directly in the LHC, were detected by the FASER detector, which is designed to search for light and extremely weak interactions. Recall that neutrinos are particles that interact extremely weakly with matter, which makes them extremely difficult to detect. Every second, more than 10^eleven neutrino.

Scientists have been able to detect neutrinos for a long time, but for this they use special massive detectors placed deep underground. At the LHC, this particle was detected for the first time. Experts note that the mechanism of formation of neutrinos in the LHC, as well as their center of mass energy, is the same as that of very high-energy neutrinos formed during collisions of cosmic rays with the atmosphere.