Theory For Atomic And Planetary Systems And Their Archaeological Implications

Theory For Atomic And Planetary Systems And Their Archaeological Implications by Ian Beardsley

Theory For Planetary and Atomic Systems Using a Common Characteristic Time of 1-Second

Theory For Planetary and Atomic Systems Using a Common Characteristic Time of 1-Second by Ian Beardsley

The One-Second Universe: Quantum-Gravitational Unification Through a Fundamental Proper Time Invariant

The One-Second Universe: Quantum-Gravitational Unification Through a Fundamental Proper Time Invariant by Ian Beardsley

The One-Second Universe: Quantum-Gravitational Unification Through a Fundamental Temporal Invariant

The One-Second Universe: Quantum-Gravitational Unification Through a Fundamental Temporal Invariant by Ian Beardsley

The Sun-like Star KOI-4878 With Earth-like Planet Satisfies A Theory Showing 1-second Time Invariance Across Vastly Different Scales, From The Microcosmos to the Macrocosmos

The Sun-like Star KOI-4878 With Earth-like Planet Satisfies A Theory Showing 1-second Time Invariance Acros... by Ian Beardsley

A Theory Showing 1-second Time Invariance Across Vastly Different Scales, from the Microcosmos to the Macrocosmos (version 02)

A Theory Showing 1-second Time Invariance Across Vastly Different Scales, from the Microcosmos to the Macro... by Ian Beardsley

A Theory Showing 1-second Time Invariance Across Vastly Different Scales, from the Microcosmos to the Macrocosmos

A Theory Showing 1-second Time Invariance Across Vastly Different Scales, from the Microcosmos to the Macro... by Ian Beardsley

Theory For The Solar System And The Atom’s Proton; Linking Microscales To Macroscales (12.0)

Theory For The Solar System And The Atom’s Proton; Linking Microscales To Macroscales (12.0) by Ian Beardsley

Theory For The Solar System And The Atom’s Proton; Linking Microscales To Macroscales Version 3.0

Theory For The Solar System And The Atom’s Proton; Linking Microscales To Macroscales Version 3.0 by Ian Beardsley

A Theory For The Atom’s Subatomic Particles Utilizing A Characteristic Time Of 1-Second

A Theory For The Atom’s Subatomic Particles Utilizing A Characteristic Time Of 1-Second by Ian Beardsley

Theory For The Solar System And The Atom’s Proton; Linking Microscales To Macroscales (Version 03)

Theory For The Solar System And The Atom’s Proton; Linking Microscales To Macroscales (Version 03) by Ian Beardsley

A Quantum Wave Function Solution For The Solar System And How It Connects To The Proton Version 04

A Quantum Wave Function Solution For The Solar System And How It Connects To The Proton Version 04 by Ian Beardsley

An Archaeological Theory Suggesting The Possible Influence From Outside On Our Mathematics Based On A Rudimentary Theory Of Everything

An Archaeological Theory Suggesting The Possible Influence From Outside On Our Mathematics Based On A Rudim... by Ian Beardsley

The Unfolding: A Brief Story About How The Rudiments For A Theory Of Everything Took Shape Version 02

The Unfolding: A Brief Story About How The Rudiments For A Theory Of Everything Took Shape Version 02 by Ian Beardsley

The Unfolding: A Brief Story About How The Rudiments For A Theory Of Everything Took Shape

The Unfolding: A Brief Story About How The Rudiments For A Theory Of Everything Took Shape by Ian Beardsley

The Schrödinger Equation as a Lagrangian Mechanics Solution to the Solar System and the Atom’s Proton Version 02

The Schrödinger Equation as a Lagrangian Mechanics Solution to the Solar System and the Atom’s Proton by Ian Beardsley

The Schrödinger Equation as a Lagrangian Mechanics Solution to the Solar System and the Atom’s Proton

The Schrödinger Equation as a Lagrangian Mechanics Solution to the Solar System and the Atom’s Proton by Ian Beardsley

The Second is the Rhythm of Reality, and Life Dances to its Beat

The Second is the Rhythm of Reality, and Life Dances to its Beat by Ian Beardsley

Theory for Inertia Predicting the Radius of a Proton that Satisfies Quantum Mechanics and Classical Gravity Version 02

Theory for Inertia Predicting the Radius of a Proton that Satisfies Quantum Mechanics and Classical Gravity... by Ian Beardsley

Presentation: How a Characteristic Time of One Second May Describe Physical and Biological Systems in General

Presentation: How a Characteristic Time of One Second May Describe Physical and Biological Systems in General by Ian Beardsley