What are stars? (internet universe.)

Stars form when a depending amount of gaseous elements containing hot byte matter collapse on each other in a blast.
The universe is young, and most nebulae are hot, this produces high amounts of hot byte matter which lasts for billions of years.
Depending on how much gas there is will decide the size of a star.
A minimally composed area of elements will likely form kilobyte stars, megabyte stars, or just gas planets overall.
Highly concentrated gaseous areas tho will indeed construct fairly large creations.
These stars pull themselves together by gravity as their immense size gives heavy weight in the vacuum of space.

These stars have cores that produce byte matter from their abnormal amount of heat that they contain within themselves. They use this heat for a few seconds before ejecting them out in the space as they are still active. Depending on the stars size, depends on how long they will be used. Large stars for example eject them quickly as they constantly create byte matter at an intensely fast rate, and gravity can’t catch up and pull all byte matter back to the center as there is no space left and its too fast. This is a reason why they die quickly.

Small stars don’t contain that much heat, and they don’t have anywhere to go. So they are attracted by the gravity and are reused for billions possibly trillions of years. This is why dwarf stars have long life spans.

As they lose their byte matter with time tho, their cores become cold. And as they become cold, their outer layers begin to cool down overtime. Dwarf stars become so cold that they don’t emit any heat anymore, and their matter begins to fall apart from the dwarf as they lose mass to contain gravity so they can contain their density.
And so they fall apart, and disintegrate to absolutely nothing.

But large stars begin to increase in size, as the byte matter being ejected sends a push on the outer layers. Progressively expanding the star, and with time it will run out of memory to logically stay stable.
So they collapse under their own embodiment with extreme gravity.

Closest stars:

Crusadis ST Majoris (2,012,025.172sa light segments away.) (Light segments is the distance segments lengthen in light years, Crusadis is 2 light years away and is located at a 172 segment angle.)

Administrarti Vininvius Majoris (4,451,600.144sa light segments away.) (4 light years away and is located at a 144 segment angle.)

Occifer bluegnesqy’K Dwarf (7,122,167.215sa light segments away.) (7 light years away and is located at a 215 segment angle.)

Featur Stellar 1Y (8,000,007.213sa light segments away.) (8 light years away and is located at a 213 segment angle.)

Moderati Stellar 1L (12,445,761.1sa light segments away.) (12 light years away and is located at a 1 segment angle.)

Trad’U Dwarf Stellar 3T (13,678,111.116sa light segments away.) (13 light years away and is located at a 116 segment angle.)

UCW.1000000 (14,212,778.6sa light segments away.) (14 light years away and is located at a 6 segment angle.)

HW2018W.1000001 (28,143,814.67sa light segments away.) (28 light years away and is located at a 67 segment angle.)

HW2020W.1000002 (36,665,789.192sa light segments away.) (36 light years away and is located at a 192 segment angle.)

CH2020W.1000003 (39,112,324.188sa light segments away.) (39 light years away and is located at a 188 segment angle.)

Noderati Stellar (51,556,878.228sa light segments away.) (51 light years away and is located at a 228 segment angle.)

Translagirach O (67,112,344.270sa light segments away.) (67 light years away and is located at a 270 segment angle.)

UC Votaygi’6 (88,881,764.55sa light segments away.) (88 light years away and is located at a 270 segment angle.)