Part 6/9:
The most significant claim from the paper asserts that their formulation circumvents many challenges of traditional approaches to quantizing gravity. They report finding ways to calculate leading quantum corrections without encountering the problematic infinities that plague current models based on gravitons. This breakthrough could mean that treating gravity as a force in this manner may align it more compatibly with quantum mechanics—an idea that, if proven correct, would have profound implications for our understanding of the universe.