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Basic Concepts of Classical Physics, Modern Physics and Unified Physics

SerendipiaScience

About This Course

In this course, we will explore the most important concepts in physics, laying the groundwork for a critical examination of the current state of modern physics and understanding why a new, unified physics offers the solution. If you've ever been interested in understanding reality from a physics perspective, this is the course for you, and you've arrived at the perfect time. Physics is at a turning point, where the foundations upon which what was once taken for granted will be laid bare, revealing its flaws, patches, and fixes. And you have the opportunity to experience this process firsthand, alongside us.

If you would like to learn more about this course and all the other courses Serendipia offers, please visit https://serendipiascience.com/courses-all/

Basic Concepts of Classical Physics, Modern Physics and Unified Physics

1)    Laying the Foundations of Our Exploration in Physics

-          Welcome to the Introductory Physics Course

-          A Journey from Classical Physics, through Modern Physics, to Unified Physics

-          A Journey Through Different Scales (Sizes) in the Universe

2)    Fundamental Concepts: Mass, Energy, Density, Atom

-          Introduction to the Basic Concepts of Modern and Unified Physics

-          Mass and Energy are Equivalent: Einstein's Special Theory of Relativity (1905)

-          The Identity of Matter, a Question of Energy Density

-          Difference between Mass and Weight; the Force of Gravity

3)    What is Gravity? Let's explore...

-          Gravity Is Not Force of Attraction Between Masses: Einstein's Theory of General Relativity (1915)

-          Gravity and Inertial Mass

-          Gravity and Internal Energy: A Question of Density

-          Additional Comments: Introducing the Nature of Light

Requirements

This course is for the general public and scientists who wish to understand the foundations of holographic physics, which explains the origin of mass, forces, and fields from quantum vacuum fluctuations, without using tuning parameters. It is a first-principles theory.

Course Staff

Inés Urdaneta, PhD physicist specializing in the light-matter interaction at the atomic and molecular scale.

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