Introduction: Space

Introduction: Space

Space: Real Vacuum or Combination of Dark Energy and Dark matter:

Experimental Facts:

As per current knowledge, vacuum present within the space possesses certain qE as cosmic microwave background radiation which is considered as dark energy.

On the base of the recent experiments in astronomy, one of the hypotheses states that dark matter is made up of ultralight particles. So, it is not detected in the LHC particle accelerator.

It is also experimentally well established that electric and magnetic fields are also created in the vacuum which provides the force, speed, and direction…

  • To protons in the LHC
  • To Electrons in the Cathode ray tubes
  • To photons during their propagation in the space.

Indication:

If all the mass of dark matter is due to these ultralight particles, it can be derived that within the Universe, all the space is filled up by the ether of dark matter along with dark energy.

As per previously discussed experimental facts, due to the very strong gravitational force of Nucleus, both are present as the definite quanta within each energy level of Electrons as well as both are responsible for holding Electrons within the definite quantized energy levels outside the Nucleus.

It is also extrapolated that in the entire Universe or Multiverse, dark energy and dark matter are present in variable amounts.

Near and within the massive astronomical objects (ranging from the comets to the black holes), dark matter is present more abundantly as compared to dark energy due to the gravitational attraction force. Whereas the dark energy is present gradually more in amount with an increase in the distance from those objects.

In other words, near and within those objects, the tqE/tqM is less. Whereas this ratio is increased proportionally with the increment in the distance from those objects.

This extrapolation is also got strengthen from the calculated mass difference between the heaviest and the lightest ultralight particles. It is derived from one recent astronomical observation that the heaviest ultralight particles have mass 40 orders of magnitude greater than their lightest analogs.

This fact strongly suggests that dark matter, dark energy (within the ether) and/or their interaction with ordinary matter are completely responsible for the above mentioned presently unexplainable phenomena.

It can be finally hypothesized that the ether made up of dark matter and dark energy is also sensitive for electromagnetism along with gravity.

The above hypothesis is also got strengthen from the experimentally well-defined effect of the electric field, magnetic field, and gravity for long-distance.