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For the first time it has been possible to cool down antimatter. This enables an exact comparison with the matter
Scientists working on ALPHA experimentst on CERN work, it was possible for the first time to cool antimatter with a laser. The achievement opens the way to a better understanding of the internal structure of antihydrogen and the study of how it behaves under the influence of gravity.
Antihydrogen is the simplest form of atomic antimatter. Now that we have the ability to cool them, scientists will be able to make comparisons between anti-hydrogen atoms and Hydrogen atoms on, whereby we can learn the differences between antimatter and matter atoms. By finding these possible differences, we can better understand why this is Universe consists of matter
Image source: Pixabay
Samsung Electronics has the development of a 512GB DDR5 Memory module announced. This is the first DRAM unit of the company's manufactured to the latest DDR5 standard set by the JEDEC Solid State Technology Association last July. With High-K-Metal-Gate-Technology (HKMG) manufactured hardware offers data transfer rates of up to 7200 Mbit / s, more than twice as fast as DDR4.
It was commonly assumed that complex numbers, ie those that contain an imaginary number component and (i squared results in minus one) are just a mathematical trick. However, a Polish-Sino-Canadian team of scientists has proven that the imaginary part of the quantum mechanics can be seen in action in the real world - reports the Center for New Technologies at the University of Warsaw.
Recent research on CERN (Source: 
Since Albert Einstein we know that no object can move faster than the speed of light. These roughly 300.000 km / s are the limit beyond which we can never move faster. Erik Lentz from the University of Göttingen however, has suggested a method to circumvent this limit. The problem is that it requires the use of huge amounts of energy.
A group of astronomers recorded the speed of the winds in the stratosphere of Jupiters blow, measured directly. A team led by Thibault Cavalie from the Bordeux Astrophysics Laboratory did the movement with the Atacama Large Millimeter / submillimeter Array (ALMA) new molecules observed in Jupiter's atmosphere after the impact of the Comet Shoemaker-Levy 9 formed in 1994. The results suggest that the winds studied are the strongest meteorological phenomenon in the Solar system could be.
The US Department of Energy (DoE) has that 
Polish mathematicians have managed to solve an important problem regarding the Symmetry of all symmetries to solve. This was an unsolved problem for several decades - one of the greatest challenges of the geometric theory of groups.
THE QUESTIONS SUBMITTED 1. By interlocutory decision T 489/14 of February 22, 2019 (OJ EPO 2019, A86, the "referring decision"), the Technical Board of Appeal 3.5.07 (the "Referring Chamber") of the Enlarged Board of Appeal (the "Grand Chamber") on the basis of Article 112 (1) (a) EPC the following legal questions (the "questions referred") submitted for decision: 
The Gravity is one of those forces whose influence we constantly feel. At the same time, it is one of the least understood physical phenomena. This weakest of all fundamental interactions is one of the reasons why we use the general theory of relativity not with the quantum mechanics can unify. Understanding it in detail is one of the most important challenges in physics today. So it is extremely important to be able to test gravity on all possible scales.