Radiophysics is a science
Emissions from these objects are examined across all parts of the electromagnetic spectrum, and the properties examined include luminosity, density, temperature, and chemical composition.
Television, radio communications, information technology - everything without which we cannot imagine modern life is the result of the achievements of radio physics. But its significance is greater. The study of vibration-wave processes takes place not only on Earth, but also in space. Radiophysics is of great value for astrophysics and can bring humanity closer to understanding the Universe. It helps to explore gravitational waves. Today the European observatory Virgo is looking for them.
We took part in a major renovation and funding of this project. Together, we formed the Virgo team. Today the project has grown to the level of Advanced Virgo, and this has led to new discoveries. Almost nothing was known about gravitational waves, which first appeared in the works of Albert Einstein, and only indirect evidence indicated their existence. This was the case until recently.
In 2016, everything changed. Then the observatory, in cooperation with another international project LIGO, was the first to record gravitational waves resulting from the merger of two black holes. This discovery confirms the general theory of relativity and is a very important scientific discovery. Knowing about gravitational waves can help you better understand black hole mergers, as well as turn into another way of understanding cosmic processes.
We took part in a major renovation and funding of this project. Together, we formed the Virgo team. Today the project has grown to the level of Advanced Virgo, and this has led to new discoveries. Almost nothing was known about gravitational waves, which first appeared in the works of Albert Einstein, and only indirect evidence indicated their existence. This was the case until recently.
In 2016, everything changed. Then the observatory, in cooperation with another international project LIGO, was the first to record gravitational waves resulting from the merger of two black holes. This discovery confirms the general theory of relativity and is a very important scientific discovery. Knowing about gravitational waves can help you better understand black hole mergers, as well as turn into another way of understanding cosmic processes.
