Ian Beardsley Book order

The book explores the intriguing hypothesis that the solar system mirrors atomic systems, proposing a quantum mechanical solution to the Schrödinger wave equation based on a fundamental unit of time—one second. It suggests that this solution for the Sun, a G2V star, may indicate a cosmic uniformity of life across the universe. The author connects this theory to the radius of a proton and natural constants, while examining the significance of time measurement derived from ancient observations of celestial motions. A sixfold symmetry related to life's chemistry is also discussed.

The book explores the concept of reality through a six-fold symmetry framework, applying this theory to various levels of existence, from atomic structures to planetary formations. It posits that this symmetry can predict fundamental properties, such as the radius and charge of protons, while allowing for some variability. Additionally, it examines the moon's unique relationship with the sun, suggesting its presence serves as a reminder of humanity's connection to the cosmos. The work also introduces the notion of proton-seconds, proposing a mathematical approach to understanding elements and compounds.

By exploring the parallels between biological life and artificial intelligence, the author uncovers intriguing mathematical equations that link these two realms. This comparative analysis not only highlights the complexities of life but also delves into the implications of AI, offering a thought-provoking perspective on the intersection of biology and technology.

The author explores the intriguing parallels between biological life and artificial intelligence, uncovering dynamic mathematical relationships that connect the two fields. Through this comparison, the book delves into the complexities of life and technology, offering insights into how these systems interact and evolve. The investigation not only highlights the similarities but also reveals the underlying principles that govern both biological and artificial entities.

The book explores the parallels between artificial intelligence and biological life, focusing on their chemical structures. It delves into existing research on how computers can learn by mimicking the human nervous system, highlighting advancements in AI that draw inspiration from biological processes. This examination not only underscores the similarities between these two forms of intelligence but also paves the way for future innovations in AI development.

The author shares insights gained from collaborating with a renowned Gypsy Shaman and studying under esteemed experts in tabla and astronomy. This unique blend of experiences leads to a distinctive approach to archaeology that emphasizes the integration of applied sciences and spiritual wisdom, highlighting the intersections between ancient knowledge and modern disciplines.