Is Dark Energy Tearing Us Apart Atom by Atom?

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The Universe is composed of 75% dark energy, which drives its accelerating expansion uniformly across all regions. Unlike dark matter, dark energy is homogenous and isotropically distributed, meaning it expands everywhere at the same rate without creating localized bulges. This expansion affects all matter, including individual atoms, suggesting that dark energy is continuously attempting to separate them. However, the force of dark energy is currently negligible at local and galactic scales, indicating that any significant effects may only be felt far in the future. The discussion raises questions about the exact strength of dark energy and its potential increase over time.
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The Universe is comprised of 75% dark energy, which is thought to be responsible for the accelerating expansion of the Universe at large. Dark energy is pervasive everywhere and unlike dark matter which clumps in specific regions, Dark energy is homogenous and isotropically distributed throughout the Universe. ie. The expansion of the Universe occurs everywhere simultaneously, and also occurs at the same rate everywhere. So there is no region in the Universe where there is a so called 'bulge' of expansion. Now think locally. How local? The most local. You. Dark energy pervades all of the Universe. You are an object of matter in this Universe and Dark energy expands the substrate of space on which your atoms themselves 'sit'. Therefore at any given moment, the Universe is trying to tear you apart, one atom at a time, and still we persist. Life overcomes perhaps.
 
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At present the force attributed to dark energy is negligible at a local or even galactic level. The possibility you are describing may occur far in the future, since the expansion of universe leads to an increase in the percentage for dark energy.
 
Math,

Do we know the exact strength of the force attributed to dark energy?

Given the current rate of accelerating expansion of the universe, can we infer the rate at which the percentage of dark energy will increase?
 
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