10 Portuguese scientists prove nuclear physics theories and helping to measure Helium -3 – Science
The result of the investigation was published in the title of Science Magazine Muonic Helium-3 ions of Laser Spectroscopy from Helian charge radius And the full understanding of the result is not available to everyone, but it is referred to as a strict test for nuclear physical theories.
The experience leading to the article was held in the Switzerland, Paul Sherrter Institute (PSI) and was used in the world’s most serious world beam. According to partnership information, Researchers were able to replace the helium -3 mionic with muos -siabatomic cells, which weighs 200 times over the electrons of the helium -3 molecule -so that the Helio -3 mionic.
“This configuration is allowed to obtain a very accurate value of the nuclei load radius, whose value is 1.97007 fentimeters (consisting of one million billions of fentimeters),” the statement said.
The same source verifies it The data now obtained contributes significantly to the ideological modeling of the nuclear structure and is crucial to test quantum tools in connecting systems such as molecules. They also provide critical reference values to nuclear designs based on the basic principles of physics.
Credits: Koimbra University
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In the Creaema Consortium team (charge radius experiment with munic molecules) 10 Portuguese researchers. The researchers include Sao Loose Fernandez, Fernando Amaro, Christina Montero, Andre Gouva and Jokwim Santos, Faculty of Sciences and Technology, University of Koimbra; George Machado, Pedro Amaro and Jose Paulo Santos, Science and Technology Faculty, New University of Lisbon; And Daniel Kovita and Zono Veloso from the University of Averero.
>The Portuguese team participated in various fields of experience, namely in the development of X-ray detection systems, experimental control and ideological calculations.
Paul Sherrter Institute (PSI) has pointed out that this type of research has been shown as the only installation that can slowly produce negative muans.
