MASSIVE SPIN-2 BOSONS, DARK MATTER AND DARK ENERGY

What if dark matter and dark energy were simply two facets of the same particle - a massive spin-2 boson born at the heart of a black hole? In this major monograph, theoretical physicist Robert Dosseh-Kpotogbey presents a revolutionary unified framework: dark matter and dark energy are proposed to be massive spin-±2 bosons emitted by magnetically arrested disks (MAD) of supermassive black holes. Drawing on years of research at the intersection of quantum gravity, number theory, and multimessenger astrophysics, this work demonstrates that a single energy formula - which precisely predicts the Higgs boson mass at 125.57 GeV - is sufficient to explain the cohesion of galactic halos and the accelerated expansion of the Universe. Through rigorous analysis, the author validates his model using recent observational data (notably ACT/kSZ measurements) and proposes a modified Schwarzschild metric capable of resolving a portion of the Hubble tension. Offering verifiable predictions for the next decade of observatories (DESI, Euclid, LIGO O5, LISA), this book is an essential read for researchers and physicists seeking a concrete and falsifiable alternative to the WIMP paradigm.