La très catastrophique visite du zoo

Joël Dicker

Description

Chavan's Atomic Model

A Ripple-Based Redefinition of the Atom and Chemistry

What if the atom isn't made of parts, but of patterns?
What if electrons don't orbit, and protons don't bind—because they never existed as objects at all?

Welcome to Chavan's Atomic Model, a groundbreaking new vision of atomic structure grounded in Universal Energy Dynamics (UED). In this bold rethinking of matter, Sandeep Chavan—engineer, researcher, and author of over 100 books—takes you beyond particles and into the ripple field of reality, where memory, not mass, defines identity.

This book isn't a critique. It's a replacement.
It replaces the nucleus with compressed ripple nodes.
It replaces electrons with field memory shells.
It replaces bonding with resonance alignment.
It replaces periodicity with ripple behavior mapping.

Structured across five parts and packed with detailed diagrams, appendices, and new terminology, Chavan's Atomic Model rewrites the foundations of atomic theory, periodic classification, chemical bonding, phase transitions, nuclear reactions, and even thermodynamics.

You'll learn:

Why mass is compression and charge is contrast. Why neutrons "hit" and charges don't. How fission, fusion, and radioactivity are ripple disturbances—not collisions. How chemistry happens without electrons—just field resonance. Why there are 118 known elements: not because of proton counts, but ripple limits.

This isn't just a book for physicists or chemists. It's for anyone who ever felt that modern science sounded complete—but felt incomplete. It's for those who know that nature doesn't lie—it just waits for better listeners.

Whether you're a curious thinker, a researcher questioning the Standard Model, or a student looking to understand matter without memorizing it—this book is your invitation.

🌀 There were no orbits. No clouds. No spinning particles.
There was only the ripple. Waiting to be understood.

The atom was never a thing. It was always a memory.
And now, it's finally remembered.

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