See the Pattern | A Simple Rule Creates SELF ORGANISING Atoms and Explains WHY some Elements are NOT Stable @SeethePattern | Uploaded 3 years ago | Updated 11 hours ago
A Simple Rule Creates SELF ORGANISING Atoms and Explains WHY some Elements are NOT Stable
Welcome to a brand new series. In this series we will explore the finer details of the Structured Atomic Model and use it to explain why certain nuclear reactions may occur and not others. Why certain elements are more stable than others. We will start by examining some of the basic rules regarding this model. If you have not seen the first 3 episodes of the Atom series then it is important that you start there as this sets the groundwork for what will be explained in this series.
In the first episode we will explore the concept of spherical densest packing and use it to explain why certain structures are stable and some not and how this concept matches what we see in nature.
In the Structured Atomic Model the nucleus is constructed using protons which are bound together with inner electrons in a very specific geometric structure. We will cover the role of these inner electrons in a future video. For now it is simply important to understand that the protons are attracted inwards towards the centre because of this. In this video I would like to outline how this idea of spheres being attracted inwards creates some geometric shapes that are stable and some that are not stable. These shapes will then determine which elements are stable, which are not and the process by which larger atoms can be created.
Please consider supporting this channel through:
https://www.patreon.com/seethepattern
https://www.paypal.me/seethepattern
Follow me on:
https://www.facebook.com/SeethePattern
https://twitter.com/PatternSeethe
Atom Series Playlist:
https://www.youtube.com/watch?v=7uL7q5OyljE&list=PLeeyNowkGd8MI2eLtj--CaUBtGxPUeKHU&ab_channel=SeethePattern
References:
https://etherealmatters.org/
00:00 Intro
00:50 Inner Electrons and the inward attraction
01:12 Spherical Densest Packing creates Platonic Shapes
02:26 Stepping through the shapes one by one
05:22 Comparing the shapes and stability of the first elements
#electricuniverse #plasmauniverse #seethepattern
A Simple Rule Creates SELF ORGANISING Atoms and Explains WHY some Elements are NOT Stable
Welcome to a brand new series. In this series we will explore the finer details of the Structured Atomic Model and use it to explain why certain nuclear reactions may occur and not others. Why certain elements are more stable than others. We will start by examining some of the basic rules regarding this model. If you have not seen the first 3 episodes of the Atom series then it is important that you start there as this sets the groundwork for what will be explained in this series.
In the first episode we will explore the concept of spherical densest packing and use it to explain why certain structures are stable and some not and how this concept matches what we see in nature.
In the Structured Atomic Model the nucleus is constructed using protons which are bound together with inner electrons in a very specific geometric structure. We will cover the role of these inner electrons in a future video. For now it is simply important to understand that the protons are attracted inwards towards the centre because of this. In this video I would like to outline how this idea of spheres being attracted inwards creates some geometric shapes that are stable and some that are not stable. These shapes will then determine which elements are stable, which are not and the process by which larger atoms can be created.
Please consider supporting this channel through:
https://www.patreon.com/seethepattern
https://www.paypal.me/seethepattern
Follow me on:
https://www.facebook.com/SeethePattern
https://twitter.com/PatternSeethe
Atom Series Playlist:
https://www.youtube.com/watch?v=7uL7q5OyljE&list=PLeeyNowkGd8MI2eLtj--CaUBtGxPUeKHU&ab_channel=SeethePattern
References:
https://etherealmatters.org/
00:00 Intro
00:50 Inner Electrons and the inward attraction
01:12 Spherical Densest Packing creates Platonic Shapes
02:26 Stepping through the shapes one by one
05:22 Comparing the shapes and stability of the first elements
#electricuniverse #plasmauniverse #seethepattern