The windows of heaven are described in scripture as physical structures which may be opened or closed. This is possible because the firmament is a sphere of rigid crystal on the edge of space.
The Windows of Heaven
The Narrative of Dark Matter
Dark matter doesn't exist anywhere outside the popular science paradigm (SciPop). It's not a fact. Its existence is desired because the alternative is a firmament on the edge of space which is incompatible with the SciPop narrative.
Experimentation and Dark Matter
Dark matter can't be detected. That's because it doesn't exist. That doesn't matter, people are still looking for it. It's an example of how we use faith in science.
Evidence for Dark Matter
There's no evidence for dark matter. It's a placeholder term for an unknown phenomenon in the popular science narrative of godless existence (SciPop). It's a contrivance.
The Role of Dark Matter
The question is, in what way is gravity maintaining the universe and how? In the SciPop paradigm gravity is broadly defined by Newton's law of universal gravitation.
Scientific Hypotheses
For a hypothesis to be a truly "scientific hypothesis" it must be possible to design experiments that can test and either confirm or refute predictions which have been made using the hypothesis.
Ask Ethan: It’s Absurd To Think Dark Matter Might Be Made Of Hexaquarks, Right?
It's an undeniable scientific fact that dark matter must exist in order to explain the full suite of observations we have about the Universe. That is, if you have a priori rejected the truth.
Wibbly Wobbly Timey Wimey… Stuff
On earth 1 day is equal to 1,000 years at the distance of the firmament, but at the firmament 1 day is equal to 1,000 years on earth. It's a paradox. It is also mathematically perfect in 2 Peter 3:8.
Rolled Together as a Scroll
Is the phrase "the heavens shall be rolled together as a scroll" flowery poetic language or accurate physics? If the firmament is a rigid sphere of crystal on the edge of space, it's accurate physics.
Dark Matter Particles Must Be Smaller Than We Thought
In the quest to understand dark matter, scientists have now determined that the effective size of dark matter particles — how strong their interactions with regular matter are — must be smaller than we thought.