A Proof On Star Signs: A Lecture By

A Proof On Star Signs

A Lecture By

Zachary Abram Saragossi

ISBN: 978-0-6459971-1-8

Copyright © Zachary Saragossi in 2023

Address: PO Box 956, Hamilton Central, QLD, 4007, Australia

Email: [email protected]

Transcript:

"There is no difference between photosynthesis and energy consumption - they are both, carbon conversion. The sunlight, that is, what we absorb, what we use, the plants trap or conserve. It is energy and then we unleash it. Plants store it like fat cells, in glucose, in its excess. Plants conserve the movement of a particle and then we remove the cap off the bottle, we free it, we separate that bottle, the structure which contains it, and then it moves us.

No wonder a supernova ten million years ago caused all the lightning on Earth to burn down all the trees in the forests. It is because when photons hit molecules, they excite electrons. They travel through a space, a vacuum, a place without molecules, in which to hit until they collide with the air or the water in our atmosphere, exciting the electrons in those molecules to a higher state, creating lightning. And then they slowly go back to their normal energy level as the molecule emits the excess energy, as a photon. And if an electron is charged enough, it can break out of the atom, the atom becoming ionised and if there is a strong negative attraction because of the energy from the sunlight, then a plant is able to free the carbon from the oxygen, and transfer that heat and light to the hydrogen.

Sunlight can also charge elements just as the photons given by the Sun can damage DNA; it separates it out, it is electromagnetic, it can give energy creating heat and light. And so, a plant accumulates hydrogens in and around itself and then the Sun hits and charges the hydrogens and they capture heat and light, absorbing carbon dioxide. The oxygen in the carbon dioxide is attracted to the hyper-charged hydrogens and it will divide from the carbon and combine with the hydrogen. However, when it combines with hydrogen, it will release extra energy. This is because the hyper-charged electrons are on the first cycle, closest to the nucleus, that is, they run into the electrons on the oxygen, on the second level, further away from the nucleus, creating an explosion of heat and light, until the excess energy is released.

The cell is convex and its shape focuses light on its centre. The plants use this sunlight to separate carbon in the air, from carbon dioxide, because they are able to use the excited state of electrons to break the bond between carbon and oxygen, and thus separate them. And the