Higgs Field Unveiled: God's Field at Creation Buy on Amazon

Higgs Field Unveiled: God's Field at Creation

Book Details
Author(s) Gerald W. Scanlon
ISBN / ASIN B0193Z7YDI
ISBN-13 978B0193Z7YD0
Sales Rank #169,430
Marketplace United States 🇺🇸
Description
Simple ideas or models can change the way we think about our universe and the creation of it. Gerald W. Scanlon is the first to link quantum theory to the creation of the universe.

In his previous groundbreaking book, God’s Particle and Elements: Core of the Universe, the author presented a model showing the elements were created in the first moments of the universe. He presented a simple, yet concrete visual model showing the elements as they came into existence at the Big Bang.

In his latest book, Higgs Field Unveiled, the author takes us even farther back into time. He defines God’s Field as the portion of the Higgs Field closest to the location where the Big Bang took place. A timeline of events is presented showing God’s Field actually preceded the formation of elements. During the process of creation, fundamental particles such as quarks and electrons were first formed on God’s Field and later combined to form elements.

Gerald W. Scanlon presents a visual model of the early universe revealing the hidden underlying structure on which it is built. The model presented is so compelling, one wonders if it is part of the long sought after unified theory. The perfect symmetry shown on the model seems to leave little doubt of its accuracy.

The author develops a timeline of events as they unfolded at the Big Bang by:

• Designing innovative periodic tables which directly link the creation of the elements to the Big Bang
• Unveiling the underlying structure of God’s Field
• Providing step by step images showing God’s Field as it transforms from a balanced field to an unbalanced field
• Linking God’s Field to the elements
• Associating fundamental particles on God’s Field with each of the elements
• Showing up and down quarks on God’s Field as they combine to form protons and neutrons
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