End of Cosmic Anomalies: Why the Cosmos May Not Be Broken-Only Our Interpretation Is (Global)

What if the universe is not producing anomalies-what if our interpretation has become too small?

The James Webb Space Telescope has intensified questions about unexpectedly bright, compact, and apparently mature structures at high redshift. Cosmology also continues to confront the Hubble tension, the interpretation of redshift, the growth of supermassive black holes, and the limits of treating deep space as a simple journey into cosmic history. The End of Cosmic Anomalies enters this debate by separating observation from the stories built around it.

Sandeep Chavan presents Universal Energy Dynamics (UED) as an alternative interpretive framework for examining JWST observations, galaxy formation, gravity, black holes, redshift, cosmic time, and the structure of the universe. Rather than beginning with isolated particles moving through empty spacetime, UED begins with Structured Vacuum Energy, field tension, ripple behavior, alignment, resistance, saturation, and equilibrium-seeking consequences.

Through this field-first lens, the book proposes that:

• matter can be interpreted as ripple condensation within Structured Vacuum Energy;
• gravity can be reconsidered as energy-gradient equilibrium;
• black holes can be viewed as Ripple Saturation Zones rather than literal holes or final singularities;
• galactic centers may function as structural regulators;
• redshift may carry information about field strain and resistance, not distance alone;
• time may be understood as Alignment Threshold Time-the delay required for states to resolve into observable consequence;
• Hubble tension may reflect state-dependent resolution rather than a universe measuring itself inconsistently.

The book unfolds in three movements. Part I examines the crisis of interpretation surrounding JWST, "impossible" galaxies, Little Red Dots, and the inherited cosmic timeline. Part II develops the UED reinterpretation of matter, gravity, black holes, galactic centers, and redshift. Part III questions the cosmic movie-reel model itself, reframing time, motion, cosmic depth, and observational history through a still-universe perspective.

This is not a rejection of scientific observation, nor is it presented as settled mainstream cosmology. It is a serious independent reinterpretation intended for readers willing to test assumptions, distinguish measurement from meaning, and consider whether recurring anomalies may be signals of an incomplete frame.

Written for curious readers, students, researchers, philosophers of science, and independent thinkers, The End of Cosmic Anomalies offers a bold, accessible journey through JWST, cosmology, astrophysics, black holes, redshift, Hubble tension, Structured Vacuum Energy, and Universal Energy Dynamics.

The universe may not be broken. The frame may be.