Quantum mechanics led to a new way to consider nature as driven by energy quanta. While this is true of some emergent structures, energy is continuous in nature.

The implementation of quantization is not understood by the theory of quantum mechanics. Let’s explore and differentiate what is quantized and what is continuous in NPQG.

CONTINUOUS

- Energy in electromagnetic and kinetic form.
- Gravitational wave energy ebb and flow.
- Position of a point charge in absolute Euclidean space and time
- Spacetime æther displacement due to gravity waves caused by high energy events.
- The strength of potential fields in absolute space and time from an individual emitter and in superposition.
- Absolute time (an abstract concept).

QUANTIZED

- Unit potential point charges, the electrino and the positrino, are discrete and immutable.
- Assemblies that emerge from energetic point charges.
- Energy transfer between Noether core sub assemblies, in wave function harmonics.
- Time experienced by a standard model particle assembly of point charges is related to the frequency of its constituent point charges in the Noether core.

QUANTIZED AND CONTINUOUS

- Assembly energy is a sum of quantized energy and continuous energy ebb and flow. In particular, æther energy, which determines the strength of gravity, is a combination of both quantized and continuous energy.

**J Mark Morris : San Diego : California**