Post 120

October 03, 2025

New post 120

October 2, 2025

Another day is another opportunity. I’m very grateful to be alive.

My circadian rhythm is getting better now. Sleep at night awake during the day

You know what I dislike about all religious people? The fact that they think they are worshipping Jesus “better” than you. They have this attitude upon them that makes them look down upon you.

I’m dealing with predators. And I hope they are judged.

On chapter ten of Matthew

Did you know that real nature is pagan? Well, this earth nature is. But far beyond that lives a chaotic world. Also known as the universe.

It’s like coincidences have a mind of their own now. No I do not know you. Leave me in peace. Yes you.

I’m being tortured by a white dwarf. I just want to be the universe already. I want to be one with the universe. Did you know that I am the white dwarf?

No I am the universe.

I love you Jesus. Thanks for everything

I just want Jesus around me. He loves me for who I am. He’s my only One. And I shall serve Him when I’m ready.

Currently working on defeating the green devil right now.

Making wonderful progress. Keep going.

Voxsriin is dead. He turned into the green devil now.

On chapter eleven of Matthew

I feel like I’m dying. My goodness I’m dying but my salvation is not.

I feel like I am not meant to open up to people in my personal life. People are evil. I wish I had a better life. But I have no complaints Jesus. I’m still functioning and I’m still living. I feel like the most ancient whale ever, the Bowhead Whales. I don’t know what to say. I’m heart broken. I am starting to believe women are evil. And men can be evil too. the world is ridiculous.

I’m really suffering right now.

Im hearing voices right now. Very terrible

I say: “who do you think you are?”

I just ignore the voices now. Let Jesus do His thing.

October 3, 2025

“A life cycle of stars…

A star's life cycle begins in a nebula, a vast cloud of gas and dust that collapses under its own gravity to form a protostar.Once sufficient heat is generated, nuclear fusion begins in the core, and the star enters the main sequence phase, balancing gravity with outward pressure. When the star exhausts its hydrogen fuel, its fate depends on its mass: low-mass stars, like our Sun, become white dwarfs, while high-mass stars end in massive supernova explosions, leaving behind neutron stars or black holes. [1, 2, 3, 4, 5]

1. Birth in a Nebula

Stars are born in large, swirling clouds of gas and dust called nebulae. [1, 2]
Gravity pulls this material together, causing it to collapse and shrink. [1, 2]
As the gas and dust condense, they form a hot, glowing core known as a protostar. [1, 6]

2. Main Sequence

After the protostar accumulates enough heat and pressure, nuclear fusion ignites in its core. [1, 2]
During this process, hydrogen atoms fuse into helium, releasing vast amounts of energy that make the star shine. [2, 3]
The star becomes stable as the outward pressure from fusion balances the inward pull of gravity. [1, 3]
This stage, known as the main sequence, is where a star spends the majority of its life. [3, 7]

3. Red Giant Phase

Eventually, a star exhausts its hydrogen fuel in the core. [8, 9]
Without the outward pressure from hydrogen fusion, the core contracts and heats up, leading to the fusion of helium and other heavier elements. [4, 10]
This causes the star's outer layers to expand and cool, turning the star into a large, red giant. [4, 10]

4. End Stages (Mass-Dependent)

Low-Mass Stars (like the Sun):
The outer layers are shed, forming a planetary nebula. [10]
The remaining hot, dense core cools and dims, becoming a white dwarf. [5, 11]
Over billions of years, a white dwarf is theorized to become a cold, dark black dwarf, though none are thought to exist yet. [11]
High-Mass Stars:
After the red giant phase, the star's core undergoes fusion of heavier elements, eventually forming iron. [4]
When fusion stops, gravity takes over, causing the star to collapse rapidly. [4]
This results in a catastrophic explosion called a supernova. [4, 8]
Depending on the star's initial mass, the supernova remnant can be a rapidly spinning neutron star, or if the core is massive enough, it collapses further to form a black hole. [4, 12]