Electroplated Thorium Breakthrough Paves the Way for Portable Nuclear Clocks

• by Admin
• Oct 18, 2023
• 9 min read
• 9k
• 2 Comments

A simple technique borrowed from jewelry making unlocks hyper-precise timekeeping capable of testing the fundamental laws of physics.

Nuclear clocks promise a level of precision that dwarfs current atomic clocks, but their development has been hampered by the difficulty of embedding the rare isotope thorium-229 into specialized crystals. In a surprisingly elegant solution, physicists discovered that electroplating a thin layer of thorium directly onto steel yields the required nuclear resonance for timekeeping. This highly scalable and cost-effective method bypasses years of complex crystal engineering. The resulting portable nuclear clocks will not only revolutionize GPS and deep-space navigation but also allow physicists to detect minute shifts in fundamental constants, potentially unlocking new physics.

Georges Embolo

Lead Designer

While the law might seem obvious, designers often engage in creative work where they try to reinvent the wheel for the sake of novelty.

Previous Post

Underwater Exercise Is Used Strengthen Weak Muscles

Next Post

The Science Skin-car A Long Way But There's Still