Introduction Number Magic Periodic Structures Nuclear Synthesis Nuclidic Periodicity and Stability Hidden Symmetry Number Patterns Cosmic Structure Nuclear Structure and Properties Holistic Symmetry Number Theory Primer Introduction Numbers and Arithmetic Distribution of Prime Numbers Fibonacci Numbers Rational Fractions Modular Arithmetic Periodic Arithmetic Functions Periodic Table of the Elements Historical Development Theoretical Development Conclusion Structure of Atomic Nuclei Introduction Mass and Binding Energy Theoretical Models Particle Physics Elements of Cosmography Historical Cosmological Paradoxes Cosmological Models Chirality of Space-time The Vacuum Substratum The Periodic Laws Introduction Number Spiral and Periodic Laws General Periodic Function Hidden Symmetry Neutron Periodicity Nuclide Periodicity Periodicity and Number Theory Introduction Nuclear Synthesis by a-particle addition Nuclides in Farey Sequence Triangle of Stability Nuclear Stability Golden Parabola Properties of Atomic Matter Periodicity Nuclear Stability Nuclear Structure The Grand Pattern The Golden Ratio Nuclear Structure Five Domains Matter Transformation The Golden Excess Introduction Nuclide Periodicity Superfluidity Structure of the Nucleus Superconductivity Nuclear Stability Chemical Periodicity Introduction Electronegativity Chemical Bonding Epilogue
This book presents a fully scientific account of the use of the golden ratio. It explores the observation that stable nucleides obey a number theory based general law. The discovery described in this book could be of seminal significance, also in other fields where the golden ratio is known to be of fundamental importance.
Presents a fully scientific account of the use of the golden ratio and explores the observation that stable nucleides obey a number theory based general law
The interest in number theory is worldwide and covers the entire spectrum of human knowledge. Those aspects covered here will not be immediately accessible to the general lay readership, but, scientists of all pursuations immediately appreciate the importance of the applications described here
The well-known interest of engineers, medical practitioners and information technologists in popular scientific matters, should make this an attractive buy for such individuals. Undergraduate students in these disciplines should be equally interested