Fascinating breakthrough in visualizing quantum zero-point motion! WFTS offers a new perspective on the 'dance' of atoms, suggesting these behaviors arise from ripple-driven quantum states. Details: osf.io/cuxwb/ (go to Files TAB for the latest PDF).

New Scientist asks: “Could gravity arise from cosmic entropy?”

WFTS agrees — and goes further: gravity in my framework emerges from ripple-conditioned entropy gradients, fully embedded in a coherent, testable Lagrangian that bridges quantum mechanics and cosmology.
📄 See full paper: osf.io/cuxwb/

This aligns with Wave Favoritism Theory of Spacetime (WFTS), which predicts ripple-driven quantum dynamics can subtly reverse or adjust time flow. This experiment offers a glimpse into time’s flexibility at the quantum level. (Files TAB → latest PDF): osf.io/cuxwb/

XFEL just saw “still” atoms move in sync — WFTS predicted it. Ripple-Conditioned Randomness may reveal hidden order in QM. See Files → latest PDF: osf.io/cuxwb/

Fascinated by your focus on the edges of spacetime. My own “Grand Wave Favoritism Theory of Spacetime” also explores deep structure—starting from 3 assumptions → Born rule → full, testable Lagrangian. Might our approaches meet at the cosmic boundary? osf.io/cuxwb/

@seanmcarroll
I loved this. My Grand Wave Favoritism Theory of Spacetime starts from 3 assumptions, derives the Born rule, yields a complete testable Lagrangian, and offers a new way to probe the universe’s origins. Does mastering ripple resolution reveal spacetime’s deep structure? osf.io/cuxwb/