As it turns out, yes.
has nothing to do with lensing, not bending space, nor time dialations according to speed.
It shares that in a different environment affects the rates.
The aluminum clocks can detect small relativity-based effects because of their extreme precision and high "Q factor"—a quantity that reflects how reliably the ion absorbs and retains optical energy in changing from one energy level to another—says NIST postdoctoral researcher James Chin-Wen Chou, first author of the paper.
"We have observed the highest Q factor in atomic physics," Chou says. "You can think about it as how long a tuning fork would vibrate before it loses the energy stored in the resonating structure. We have the ion oscillating in sync with the laser frequency for about 400 thousand billion cycles."
The NIST experiments focused on two scenarios predicted by Einstein's theories of relativity. First, when two clocks are subjected to unequal gravitational forces due to their different elevations above the surface of the Earth, the higher clock—experiencing a smaller gravitational force—runs faster. Second, when an observer is moving, a stationary clock's tick appears to last longer, so the clock appears to run slow
wow.... the way you view evidence is practically sad to witness.
what you are rendering is as simple as comprehending that c-14 is created easier in space, than on the earth and versus a decay rate, there is an absorption of energy in the correct environment
Just because the scientist have mathematically rendered theur finding to fit your needs, does not mean space is bending, lensing or even going faster to make the clock times be different.
you are getting desparate