Reasons to Believe

Fine-Tuning in Early-Universe Transition

TNRTB Archive - Retained for reference information

Scientists have gained understanding of the early universe through difficult theoretical calculations that also reveal more fine-tuning. As the extreme temperatures of the early universe cooled, quarks (basic building blocks of matter) transitioned from free-moving particles to bound bundles of two or three. Until recently, theoretical work could not determine whether this transition occurred smoothly or in a fashion resembling a boiling liquid (which could generate a very clumpy cosmos). In a new study, a team of European physicists used powerful computers to find the answer: the transition occurred smoothly. Additionally, while the actual quark masses of this universe led to the smooth transition, it appears that different quark masses may have led to a more chaotic transition that could adversely affect the habitability of the universe. RTB’s cosmic creation model predicts that further fine-tuning of the fundamental constants will be revealed as this possibility is investigated.

o       Frank Wilczek, “Did the Big Bang Boil?” Nature 443 (2006): 637-38.


·        Related Resource

o       Hugh Ross, “A Beginner’s—and Expert’s—Guide to the Big Bang”

·        Product Spotlight

o       The Creator and the Cosmos, 3rd ed., by Hugh Ross

Subjects: Big Bang, Origin of the Universe

Dr. Hugh Ross

Reasons to Believe emerged from my passion to research, develop, and proclaim the most powerful new reasons to believe in Christ as Creator, Lord, and Savior and to use those new reasons to reach people for Christ. Read more about Dr. Hugh Ross.