Hubble Constant Speculation

https://scitechdaily.com/h0licow-cosmic-magnifying-glasses-yield-independent-measure-of-universes-expansion-that-adds-to-troubling-discrepancy/

Holy cow. The late route and the early route are in complete agreement. The early route figure (67.4) is well within the late route figure of 73 +/_ 10. No problem, but does this tighter uncertainty change the theory of the universe's acceleration of expansion?

"... If we have an observer of an object, and the mass of the observer and object changes, then the relative distance between them also changes, ..."

When would this scenario (or one sufficiently similar to validate or falsify the possibility) occur? It does not seem to be an assertion based on a falsifiable hypothesise.

Beyond that it unless there is an accompanying significant change in energy, it would violate conservation of mass.

Look, if you have noticed that you are gaining mass, don't blame light for not being as fast as it used to be. The culprit is a mismatch between calorie intake and calorie use.

I cannot explain why or how, but I think time is changing, driven by a loss of energy, but if C is constant, distance adapts to suit and things pass unnoticed. Nothing outwardly is measurable to prove this, but has the effect to create an 'acceleration' in all directions - that we sense as gravity.

Another theory (and nothing more than a 'feeling') but based on a logic that with a 'magic' telescope wherever we pointed it, we eventually see back in time to the beginning of the universe - a singularity maybe?

And as do not know the direction of the centre of the universe is, but nevertheless see it and any direction at random - it implies to me that we are 'inside' the singularity - and shrinking.

The sun rotates around in our galaxy, and the planets rotate around the sun, for half the year the planet Earth rotates in the same direction as the galaxy and the other half in the opposite direction as it orbits the Sun. This results in a change of the value E, which changes the value M and therefore time,

Remember, velocity is relative, not absolute. So, it doesn't matter if the sun is rotating around the galaxy and the earth is revolving around the sun. The mass of the earth and sun from our reference frame doesn't change.

If you accelerate charged particles in a synchrotron, the mass of the particles does increase from our viewpoint because of the particle velocity relative to us.