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Oukitel K10000 Pro smartphone with 10100 mAh battery

05.03.2017

The Chinese company Oukitel introduced the Oukitel K10000 Pro smartphone with a 10100 mAh battery. The device can work without recharging for a week. At the same time, it is fully charged in two hours using fast charging 12V / 2A.

Oukitel K10000 Pro received a screen with a diagonal of 5,5 inches and a resolution of 1920 x 1080 pixels. The device is based on the 8-core MediaTek MT6750T processor, where the cores of the Cortex-A53 architecture are combined into clusters of 4 pieces, with a frequency of up to 1 GHz and 1,5 GHz, respectively. The Mali-T860 MP2 GPU is responsible for graphics processing. The smartphone has 4 GB of RAM and 32 GB of internal memory.

The resolution of the main camera Oukitel K10000 Pro is 16 MP, the front camera is 8 MP. The device is running Android 7.0 Nougat.

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Antimatter falls down like normal matter 17.01.2022

Physicists from the European Organization for Nuclear Research CERN conducted a series of studies and determined that antimatter interacts with gravity, like ordinary matter, and falls in the "correct" direction, i.e. way down. Undoubtedly, this seems like a completely obvious thing, however, scientists for quite a long time could neither confirm nor deny this fact, and only the last experiment allowed them to give a more or less accurate answer, but even then with some assumptions.

Antimatter is an exact copy of matter with only one important difference - the presence of an opposite electrical charge. And this difference has some serious consequences, every time a particle of ordinary matter and antimatter collide in space, they mutually destroy each other, turning into pure energy.

Fortunately for all of us and the world around us, which consists of ordinary matter, antimatter is a rarity in the Universe. And this is one of the main fundamental questions of modern physics, because during the Big Bang in the Universe an equal amount of matter and antimatter should have been formed. But some unknown factor intervened in all this, which upset the balance between the amount of matter and its antipode, and did not allow the entire Universe to immediately perish in the fire of annihilation.

Therefore, physicists, through the study of antimatter, continue to persistently search for this unknown factor, which may be hidden in the most insignificant differences between certain particles of matter and their antiparticles. According to the Standard Model, there should be no such differences, and if scientists can find anything, it will open up a whole new world of completely different physics for them.

From what has been said just above it follows that the spectral lines of matter and antimatter should be the same. This fact was tested and confirmed in 2016 by CERN scientists using hydrogen and anhydrous as an example. Also, scientists for a long time asked the question of the interaction of antimatter with gravity, despite the seeming simplicity of this question, the search for an answer to it took years of intensive research. Again, according to the same Standard Model, antimatter should interact with gravity like ordinary matter, but there is a tiny chance that this interaction can have an "opposite sign" and antimatter under the influence of gravity will "fall upwards".

To test the vector of interaction between antimatter and gravity, scientists placed antiprotons and hydrogen ions in an electromagnetic device known as Penning traps. Being inside the trap, charged particles move along a cyclic trajectory under the influence of complex magnetic fields. By measuring the frequencies of this motion, scientists can calculate the particle mass-to-charge ratio, which should be the same for matter and antimatter. But any differences that could be found would indicate a difference in interaction with the forces of gravity.

The fact that antimatter interacts with gravity, like ordinary matter, did not come as a big surprise to scientists. The reliability of the obtained results is evidenced by the fact that all measurements were carried out with an accuracy of 97 percent, four times more accurate than similar measurements taken previously.

However, in the remaining three percent, there is a tiny loophole that allows bizarre laws of another physics to creep into all this. It is likely that other experiments using a simpler approach may give completely different results, opposite to the results obtained by scientists at CERN. And then all this will become not just a hint, but a huge "road sign" showing the direction to the area of physics that lies outside the limits of the Standard Model.

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