Galactic Big Bang

This short article describes the mechanism of the galactic big bang at the centre of a galaxy. The galactic centre is a supermassive galactic black hole (GBH) of extremely high density at temperature close to absolute zero. Galactic big bang is not a collision between a massive body and a supermassive GBH. It is a spontaneous release of gamma ray energy when the temperature of GBH is at absolute zero.

Galactic Big Bang mechanism.

The temperature of GBH will reduce and move towards absolute zero when matter fall into GBH. A time will come when portion of the GBH is at absolute temperature. The absolute zero temperature causes mass to be converted to free energy. The sudden reduction in gravity and the sudden release of energy is a cataclysmic big bang.

Proof.

Unfortunately no direct proof.

How is the mechanism derived?

The derivation comes from a result of my study of a link and connection between basis of spiritualism in life and the basis of matter. The common basis is energy. The study leads to the conclusion that matter from GBH becoming free energy at absolute zero based on analogous comparison with spiritual life.

My comment

The galaxy planar shape appears to be the aftermath of a galactic big bang in the past. The galactic big bang leads to the galactic expansion cycle. This caused the evolution of the galaxy shape from a spot or centre of galactic cluster to unbalance spiral galaxy or balance spiral galaxy shape follow by ellipsoid galaxy shape. The time scale for this transformation is very long.

Next, the galactic expansion cycle stop and the galactic contraction cycle will start. This change over is a result of GBH becoming more massive over time. The ellipsoid galaxy shape will contract and become galactic cluster or a spot, followed by the next galactic big bang. I.e. the cycle will be endless cycle of expansion, contraction and big bangs.

 

How matter is ejected from GBH

When a massive body falls towards GBH, matter goes through extreme compression and generates gamma ray energy. Likewise when compress matter absorbed gamma ray energy, it will go through decompression. When the galactic big bang occurs in the centre surrounded by the extreme compressed matter, the gamma energy is generated at the centre. The gamma ray will travel in all direction causing matter surrounding it to decompress. The decompression caused a force on both the GBH and the ejected matter. As GBH is very much more massive, the portion of decompress matter shoots out of the galactic black hole at high speed. The gamma ray may also escape from the GBH. As Hydrogen is the element with the lowest energy absorption, most of the matter will decompress into Hydrogen. This provides lots of the raw material for the birth of new stars after the galactic big bang. It is also possible that other compounds and elements, including radioactive elements, be formed from the decompression.

Direction of ejected matter

The temperature of the GBH is lowest at the centre of GBH. i.e., Energy is liberated in the centre. The GBH is thinner above and below the galactic plane. Thus, the direction of the ejected matter is thus the approximately vertical above and below the centre of the galactic plane.