300 Foxes and a Donkey's Jawbone
The Matty’s Paradigm Geocentrospheric cosmological model
An asteroid that has been nicknamed after the Egyptian God of Chaos is speeding up, scientists recently revealed. Elon Musk in 2019 said that despite the asteroid's 'great name' he wouldn't worry about it.
We can deduce that the firmament, a rigid sphere of crystal on the edge of space which has been detected by the Voyager and New Horizons space missions, shines as brightly as the sun by comparing two passages.
Modern Astronomy is a pseudoscientific validation of the Star Trek universe for the purpose of making you think that Biblical prophecy about stars falling to Earth is ludicrous.
Searching for meaning in the original Hebrew presents a problem of the variety that makes us wonder if the Theologians of old had a clue, and, if they did, did they figure that they could fudge it because no one would notice?
We can use Principle VI to deduce the nature of stars from current scientific research and what we know about the firmament, a rigid sphere made up of at least 12 layers of different crystal structures.
Current cosmological models of the universe appear to show that 80% of the mass of the universe is missing. There's no physical reason why the cosmos maintains its current stable state.
Let's look at empirical evidence of the firmament. That means direct observation. The most recent confirmation that we have of the presence of the firmament is from the New Horizons space mission.
The image here was taken by Voyager 1 by aiming its cameras back towards the Earth and taking a series of pictures. It is called the Solar System Family Portrait.
After repeated failures to detect dark matter, whoever comes up with an explanation of why we can't detect it which enhances the popular science narrative of godless existence (SciPop), will get a Nobel Prize.
All current cosmological models show that somewhere between %80-85 of the mass of the universe is missing. Based on our understanding of particle physics we can move this number up to %90. Where is it?