Fundamental Particles at Creation

What if the fundamental particles of the universe were organized on an invisible quantum field at the moment of creation?

In Fundamental Particles at Creation, Gerald W. Scanlon presents a bold conceptual framework linking the Big Bang, the Higgs field, the periodic table, and the fundamental particles of the Standard Model into a single geometrical structure.

Building upon his broader Geometrical Universe Series, Scanlon proposes that the fabric of space-time contains an invisible quantum field formed during the earliest moments of the universe. Within this field, fermions and bosons emerged in organized patterns connected to atomic structure, force fields, and the evolution of matter itself.

The book explores:

• The origin of fermions and bosons at creation
• An invisible quantum field embedded within space-time
• Matrix-based representations of particle organization
• Connections between the periodic table and quantum fields
• Geometrical structures associated with the four fundamental forces
• Families of particles and elements emerging from the Big Bang

Through detailed diagrams, multidimensional mappings, and visual models, the book presents a unique interpretation of how the universe may have organized matter and forces during its earliest stages.

This work is exploratory and conceptual in nature and is intended to investigate possible relationships between geometry, quantum fields, and the origin of the universe.

If the universe emerged through structured quantum fields at creation, then the particles that form matter today may still reflect the geometry of that beginning.

Gerald W. Scanlon was born in Saginaw, Michigan and moved to Mexico when he was 21 years old. He had a fulfilling career as a teacher and is now enjoying his golden years of retirement. He has always had a love for math and still dreams of coming up with a perfect betting system for playing blackjack. It was actually while trying to develop a betting system that he was led to the elements on the periodic table. He saw a relationship with the way elements fill their orbitals and the patterns of wins and losses that occur while gambling. This insight led him to the amazing world of quantum mechanics where the secrets of the universe were waiting for him to unveil.