Mechanical Stress due to Gravitational force (g-force):

 

Mechanical oscillators are harmonic oscillators use balance wheels or pendulums resonance, preferred at a certain rate.

Crystal oscillators use mechanical resonance of vibrating crystals of piezoelectric material and create electrical signal with a constant frequency.

However, atomic oscillators’ mechanisms are based on the interaction of electromagnetic radiation in excited states of certain atoms, used as constant frequency.

Irrespective of the type of the oscillators used in a clock for time keeping, herein specifically known as a body, are made up of either certain atomic and/or certain molecular particles.

Such a body in acceleration and in gravitational potential experiences less weight due to the experience of less gravitational force per unit mass of that body in lesser gravitational potential. Accordingly gravity exerts less force on the body and to the neighbouring particles within the continuous internal material of such a body; this causes less mechanical stress to any oscillating particles within that body causing their lesser frequency or enlarged wavelength of the oscillator.

Therefore an accelerating body or a body in gravitational potential shall experience lesser frequency or enlarged wavelength of the oscillator.   

- Soumendra Nath Thakur 

 18 July 2021

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