Emergent Gravity and the Collapse of the Wave Function

Gravity - an emergent property of the universe and does not exist in the quantum world. The properties of gravity can only be observed if the total mass reaches Mo.

Mo = 1.825E-17

Mo - a fundamental physical constant which can have different units of measure, (base units or derived units) depending on the equation being used. In contrast to constants with fixed units or unitless constants e.g. fine-structure constant, pi, etc.

Solving the equations for "Mo" will not give a single result, but multiple possibilities in the form of links.

Mo and the link to fundamental constants

• Earth mass

• Hydrogen mass

• Reduced mass (hydrogen)

• Proton mass

• Electron mass

• Neutron mass

• Neutrino mass

  
  

• Planck constant

• Planck mass

• Planck length

• Planck time

• Planck temperature

• Gravitational constant

• Boltzmann constant

• Hubble constant

• Cosmological constant

• Rydberg constant

• fine-structure constant

  
  

• Entropic force

• Casimir force

• Number of microstates

• Change in entropy

• Vacuum density

• Dark energy

• Quantum representation of Kepler's third law

• Hadron creation temperature

• CMB temperature

• Ground state energy of hydrogen

• Elementary charge

• Bohr radius

• speed of light

• Permittivity of free space

• Permeability of free space

• Bekenstein-Hawking black hole entropy

• velocity (Maxwell-Boltzmann distribution)

The "Mo" concept and below equations are self-derived, (+30 years in the making and counting). It is the foundation for deriving many fundamental constants of nature from the very large to the very small.

On the Origin of Mo 👽

One key aspect of quantum mechanics is the superposition of states where a particle can exist in multiple states simultaneously.

Einstein’s GR is a new way of explaining gravity. However, it was not developed using quantum mechanics. This is the reason why university professors, researchers, physicists, cosmologists, mathematicians are on the hunt for a quantum version of GR.

This is the Holy Grail of physics and the one who will discover a solution will have a free plane ticket to Stockholm, Sweden and receive the Nobel Prize in Physics.

Instead of quantizing GR or gravitizing quantum mechanics, another approach is to define a theoretical minimum mass, “Mo” (1.825E-17) wherein the superposition of states will disappear. "Mo" is still very small compared to the Planck mass. This approach will not contradict the two cornerstones of physics, (GR and Quantum Mechanics).

The idea behind “Mo” is that if an object is large enough, the superposition of states will disappear and the object will exist in just one observable state. When the total mass reaches 11000 MDa (1.825E-17 kg), the wave function will collapse.

At the same time, the gravitational property of the object will emerge from the combined mass. Same analogy for water that it is not possible to describe its properties by studying one molecule of H2O.

Mo and the Quantum Form of Kepler's Third Law