New Nuclear Clock Technology Based on Atomic Nuclei Developed
A revolutionary nuclear clock that tracks the interactions of atomic nuclei instead of electrons has been developed.
A completely new type of nuclear clock that could replace atomic clocks, which have been used to measure time for over seventy years, has been successfully invented by scientists.
Difference from Atomic Clubs
For over seventy years, atomic clocks have been used to measure time by tracking the transitions of electrons between energy states. These traditional clocks have enabled important developments such as GPS technology and experiments proving that time behaves differently in space.
Working Principle of Nuclear Clocks
The newly developed nuclear clocks work by monitoring how light interacts with the atomic nucleus. Because atomic nuclei are about 100,000 times smaller than atoms, they are much less affected by external electric fields.
Disadvantage of External Factors
The disadvantages of external factors that can negatively affect the operation of atomic clocks are eliminated in this new system. This makes nuclear clocks a much more reliable alternative for time measurement.
Dark Matter Research
These newly developed clocks could be used to detect the presence of dark matter, the mysterious and invisible substance that makes up the majority of the universe. Researchers state that this technology can answer questions regarding the physical laws of the universe.
The Role of the Thorium-229 Element
The basis of the study relies on a proposal made in 2003 suggesting that atomic nuclei could be an accurate method for clock construction. In this context, it was proposed to use the thorium-229 element in a low energy state, which makes it easier to track transitions.
Current Challenges and Future
Although they manage to keep time, nuclear clocks are not yet as stable as the best atomic clocks. However, researchers state that these problems can be overcome with future work, such as using much more powerful lasers.
Scientific Publication Process
The research in question and the newly developed nuclear clock technology were announced to the scientific world through two separate articles published in the prestigious journal Nature.