Yoshinari Minami Book order

From ancient Greece to the present day, philosophers and scientists have endeavored to find the cause of gravitation (gravity) that causes objects to fall. Today, General Relativity reveals that gravitation is caused by curved space. However, its origin and generation mechanism of the force of gravitation is not well the explanation of reason is insufficient why the force of gravitation is generated when the space curves. Given a priori assumption that space as a vacuum has a physical fine structure like continuum, it enables us to apply a continuum mechanics to the so-called “vacuum” of space. The pressure field derived from the geometrical structure of space is newly obtained by applying both continuum mechanics and General Relativity to space. The apples on the Earth will not be pulled from the Earth and fall, but will be pushed and fall in the direction of the Earth due to the pressure of the field in the curved space area around the Earth.This book describes the cause and mechanism of GRAVITATION.

Exploring the fundamental nature of gravity, this book presents a revolutionary perspective that suggests gravity acts as a pushing force rather than a pulling one. By integrating continuum mechanics with General Relativity, it proposes that the geometrical structure of space creates a pressure field that influences objects like falling apples. The author challenges traditional views, arguing that objects are pushed toward Earth due to the pressure in the curved space around it, offering a fresh explanation for the phenomenon of gravity.

Focusing on advancements in space propulsion, the author critiques current rocket systems and presents a groundbreaking field propulsion theory. The book explores navigation for intergalactic travel and introduces General Relativistic Field Propulsion, which utilizes pressure thrust from the mechanical structure of space. It delves into concepts like local space expansion and quantum field propulsion, including insights from superstring theory. The discussion culminates with the astrophysical significance of accretion disks, offering a comprehensive overview of field propulsion and its potential for interstellar flight.

The book explores innovative theories for interstellar travel, addressing the challenges posed by vast distances between stars. It introduces space drive propulsion, which leverages the curvature of space, and Hyper-Space navigation, based on the concept of imaginary time. These theories propose that, with advancements in propulsion and navigation, it may be possible to reach distant star systems within a human lifetime, overcoming the limitations of current technology. The research emphasizes the need for new approaches to make such journeys feasible.