Author: Stephen Drury

Natural ruby crystal with its colour caused by trace amounts of chromium

Fluorite on top of scheelite and calcite

Semiprecious silica mineral quartz variety chalcedony agate

Agate with fern-like iron oxide

Black tourmaline (schorl) with aquamarine

Amethyst geode with characteristic violet hue caused by iron impurities within the crystal structure

Ancient Egyptians raise energies with rock block masses up towards the stars

Seafarers of the Mediterranean from Hellas to ancient Thonis Herakleion Alexandria

Roman canal and aqueduct construction initiate the physical science of masses and motions

In Renaissance Europe Galileo observes a swinging chandelier in Pisa cathedral which he times with his own pulse to discover that acceleration to the earth is really energy change

For Newton an apple falling to the ground is like a planet moving around the sun with masses and motions as energy interchanges of the universe

Experimental discovery of quantum realities through the photoelectric effect

Guinevere comes across Somerset Levels waterways

Through Avalon Marshes wetlands

Over the Sweet Track to Glastonbury lake village

From the Romantic era to the Age of Aquarius

Quantum concurrence (entanglement) occurs naturally across the universe. It is possible that the transference of energy also functions in this way. This could be happening naturally through the universe. Transference (teleportation) of energy is already experimentally demonstrated to be a reality of molecular interactions.

Fundamental Experimental Physics Research into Quantum Energy Transference (Teleportation) Across the Universe

It is possible that mass is not an inherent intrinsic feature rather a varying function of how energies come together. The dynamics of mass (that we call gravitation) may come from quantum energies interchanges of galaxies clusters. This modification of Newtonian dynamics could explain the motions of galaxies without any additional invisible dark matter. Energies concentrating through the universe may function as all the mass needed for a full physical comprehension of astronomical observations.

Mass as a Varying Function of Energy Interchanges

Energies come together as mass. This is a function of the universe. The dynamics of mass we call gravitation. This is a fundamental coherence function.

Quantum Energies of Coherence come together as Dynamics of the Mass Function

There may be additional energies that involve the coherence of mass. All these come from interchanges of the universe. The function of mass needs full physical comprehension. Fundamental energies interchanges provide a way to do this.

Additional Fundamental Energies Interactions of the Universe to Comprehend the Coherence of Mass

Energies come together to make mass. This comes from functions of the whole universe. We call the dynamics of this process gravitation. There may be more fundamental energies as the coherence of mass.

Quantum Energies Function as Mass

How Quantum Energies of Coherence Function Across the Universe and in the Atomic Nucleus

How Quantum Energies of the Strong Interaction Function Across the Universe and in the Atomic Nucleus

How Quantum Energies of Entanglement and Teleportation Function Across the Universe and in the Atomic Nucleus

How Quantum Energies Superposition and Tunnelling Function Through the Universe and into the Atomic Nucleus

How Quantum Energies Fluctuations and Oscillation Function Through the Universe and into the Atomic Nucleus

How Quantum Energy Interference Functions Through the Universe and into the Atomic Nucleus