This article presents a comprehensive biography of Sir Isaac Newton, one of the most influential scientists in human history whose work fundamentally transformed humanity's understanding of the physical universe. Based on analysis of historical documents, scientific treatises, and biographical accounts, this article reconstructs Newton's trajectory from a solitary Cambridge scholar to President of the Royal Society and Master of the Mint. Particular attention is devoted to his groundbreaking contributions to physics, mathematics, optics, and astronomy, as well as his lesser-known pursuits in alchemy, theology, and chronology. The complex personality of Newton—secretive, intensely focused, and intellectually relentless—emerges as inseparable from the revolutionary ideas that laid the foundation for classical mechanics and dominated scientific thought for three centuries.

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Such is the brief background of the fact that the photon was called the quantum of the electromagnetic wave. And it suited everyone until a half-educated philosopher arrived, who said: gentlemen, let the photon have neither electric nor magnetic charge, and therefore it cannot form the configuration of the electromagnetic wave, where the electric and magnetic components are perpendicular to each other and wave propagation vector. Moreover, this philosopher said that he made a discovery by inventing such a design of an electron and a positron that generates exactly the perpendiculars that are observed in electromagnetic waves.

Quantum theory claims that vacuum is not an absolute void, but a sea of ​​virtual particles. And even those particles that are born at colliders are already particles “wrapped” in a virtual fur coat. In our opinion, this coat is formed by the gravitational field of the Earth. And most of the particles that make up gravitational fields are particles with the smallest mass of all particles called a graviton. Higgs Field is a gravitational field. The Higgs boson is a graviton.