New techniques for detecting dark substances use atomic clocks and lasers.

The international researcher team has developed an innovative approach to clarify the secrets of dark matter. In a collaboration between Queen’s Land University in Australia and the Metrology Research Institute in Germany (PHYSIKALISCH-TECHNISCHE BUNDESANSTALT, PTB), the team uses data from atomic clocks, space and cavity stabilization lasers. Located in the distance, it would not have been visible in the previous search to search for the form of dark substances.

This method allows researchers to detect signals from all atoms that have avoided conventional experiments from all atoms that act universally.

The team analyzed data from the ultra -stable laser European network connected to the optical fiber cable (previously reported in 2022 articles) and the atomic clock mounted on the GPS satellite. By comparing precision measurements at a vast distance, the analysis has become sensitive to the subtle effects of the vibrated dark material field canceled in the conventional setup.

Their new research on physical reviews emphasizes international collaboration and state -of -the -art technology. By being able to investigate scenarios in a wider range of dark objects, this method is closer to understanding one of the most unpredictable basic components of the universe.