Genesis 1 in motion:

I'll let ya believe it was the first two billion years if you want. Go ahead. You have a brain capable of comprehending the infinite because God created you in His image, just like He finely tuned everything in the universe

to be a beautiful work of engineering and artisanship.

But before everyone argues about the theology, take a moment to appreciate how modern science continues to prove Psalm 19 right.

From a Smithsonian report:

The James Webb Space Telescope (JWST) and Nancy Roman Space Telescope are revealing the universe's earliest chapters in extraordinary detail. To help astronomers understand what they are seeing, researchers at the Center for Astrophysics | Harvard & Smithsonian have developed 'Lumina,' one of the largest and most detailed simulations ever created of the early universe.
Published in Monthly Notices of the Royal Astronomical Society, the new model recreates how ordinary matter, dark matter, and radiation interacted during the universe's first [few days of creation 😉], giving scientists a powerful new tool to test theories about how the cosmos evolved after the Big Bang.

Can't wait to see the case for a Creator continue to be proven!

Just look at His handiwork, spread out across billions of stars and galaxies 👇

Psalm 147 says "He counts the number of the stars; he gives names to all of them."

The God who made the incomprehensibly large expanse of the cosmos made you, knows you, and wants you to know Him.

The Smithsonian reports (in slightly more accessible language) that the Lumina program "models how the universe's fundamental ingredients, including gas, dark matter, and light, interact to form stars and galaxies."

The simulation covers more than 100 times the volume of space modeled by previous comparable simulations. ... Creating Lumina required more than 15,000 graphics processing units running on Frontier, one of the world's fastest supercomputers, located at Oak Ridge National Laboratory in Tennessee. Its immense computing power allowed researchers to model an unprecedented volume of the early universe while maintaining the level of detail needed to study the formation of galaxies, stars, and black holes.

The scientists plan to use Lumina in future simulations "to investigate how gases move between galaxies, how radiation from the Big Bang shaped cosmic evolution, and how regions of intense star formation developed over time."