

Experimental research developments


Our actions enable us experience the world and to know something about it. Discoveries made by sensor spacecraft telescopes start give us a comprehension of the universe that we can develop through more refined experiments with up to date detectors.
The universe we find is the result of our actions. It is the truth for us with the procedures and equipment available. To find out more about the dynamic masses of local group galaxies we have to use the Hubble and James Webb telescopes to further investigate the energies of stars in the outer regions of the discs.
It may be that the masses of stars vary with the energies coming together to make them. A varying mass function in modified Newtonian dynamics could enable us to comprehend the behaviour of galaxies clusters from experience gained with up to date sensor telescopes research.

We sense energies of the universe. Our actions enable us to find out more about the world. From our full real lives we can identify experiences that are comparable to what we discover in the universe.
For our comprehension to grow we need to modify our actions so that we sense more of the universe. Our own energies come to involve the world. As we develop as humans our comprehension comes to function with all energies of the universe.
Energies of the universe come together to make matter mass.
Different energies concentrate through various channels across the universe.
This concentration of energies enables us to identify the components of mass so that we can give varying mass function a value in a precise scientific description.
The concentration and intensification of energies into masses of stars rotating in galaxies provide the physical principles for a comprehensive modified Newtonian dynamics mathematical treatment.













energies of the universe come together to make all the different elementary particles
different energies converge and concentrate to the variety of specific particles
different energies converge and concentrate to all the variety of particles