Common-Sense Science
Book Details
Description
The book presents a complete picture of the development of our solar system from gas clouds to the creation of the Sun and the planets, their atmospheres, and the creation and development of life itself. It is completely different from conventional science, but it provides a uniform explanation of known phenomena, many of which have never been the objects of explanation before.
The book is divided into two parts. Part I covers the creation and evolution of the solar system from interstellar gas clouds to the creation of the Sun and planets and their atmospheres through creation and evolution of life. It explains the following:
1. How the Sun and planets were created; why we have two types of planets and an asteroid belt between them; why external planets have rings; why Earth and Venus are bigger than Mars and Mercury.
2. Why planetary atmospheres are so different and how they were created; a method of calculating a planet s atmosphere based on planet mass and distance from the Sun.
3. Why the Moon s crust is much thicker than Earth's.
4. Why the Martian atmosphere has a higher ratio of 40Ar and 36Ar than Earth.
5. How life was created not a fantasy about a stroke of lightning or a spaceship but a specific mechanism that will create life on any planet with similar atmospheric conditions.
6. Why dinosaurs lived and why they disappeared; why the fastest dinosaurs were running on two legs.
7. The cause of climate change and how to predict it; why traces of rare elements meant a cooler climate on Earth; why the warm dusty material that surrounded star TYC 8241 2652 suddenly disappeared.
Part II presents a model of the universe from the internal structure of elementary particles, the four fundamental forces between them, and nuclei structure and substructure to creation of galaxies. It explains the following:
1. Why electrons are dimensionless, while protons have an extended structure and are much heavier; internal structure of protons.
2. How new particles are created in collusions; specific mechanisms for electron positron couples and proton proton interactions.
3. Nature of gravitational, electromagnetic, weak, and strong forces.
4. Why neutrinos are traveling faster than the speed of light.
5. Why classifying nuclei by atoms electron configurations does not make sense; internal structure of nuclei.
6. Why a nucleus can be stable for a million years and, suddenly, fission occurs.
7. Why galaxies are located along voids; how hydrogen was created and galaxies were formed; why galaxies cannot be made of antimatter.
