TXAPS 2024 SMU Challenges Teaching Torque Angular 2024/10/18
12:30
TXAPS 2024 SMU Challenges Teaching Torque Angular 2024/10/18
TXAPS-2024-Spring: Testing Young's Double Slit-Quantum or Interference-Double Slit, Then Dark Slit
6:17
TXAPS-2024-Spring: Testing Young's Double Slit-Quantum or Interference-Double Slit, Then Dark Slit
APS-2024-March-Arno Vigen-Sawtooth StepFunction per Elements to Improve the DFT Ladder
17:03
APS-2024-March-Arno Vigen-Sawtooth StepFunction per Elements to Improve the DFT Ladder
E06:00005 TXAPS 2023Fall-Vigen-Teaching e to x Variable Exponents
10:53
E06:00005 TXAPS 2023Fall-Vigen-Teaching e to x Variable Exponents
J01.00038: TX APS 2023Fall-Vigen-Fixing Newtons 2nd Law of Motion (1/m)Catastrophe
35:26
J01.00038: TX APS 2023Fall-Vigen-Fixing Newtons 2nd Law of Motion (1/m)Catastrophe
HemiChem Atomic Model
10:08
HemiChem Atomic Model
HemiChem: Explaining Periodic Table Properties - Magnetism
5:48
HemiChem: Explaining Periodic Table Properties - Magnetism
HemiChem: How the Periodic Table Works. How Columns and Electron Configuration explain Electricity!
7:57
HemiChem: How the Periodic Table Works. How Columns and Electron Configuration explain Electricity!
APS 2023 Mar Arno Vigen T00 00328 Bose Cylinder Proof of Quantum Mechanic Equations
12:27
APS 2023 Mar Arno Vigen T00 00328 Bose Cylinder Proof of Quantum Mechanic Equations
APS 2023 Mar M59 0013 by Arno Vigen Getting Elementary Pi Mu Eta Sigma Mass Values from Mass Units
18:23
APS 2023 Mar M59 0013 by Arno Vigen Getting Elementary Pi Mu Eta Sigma Mass Values from Mass Units
TX APS 2022 Fall T00205 Rydberg Constant Calculated By ParticleEdge, not a R-Infinity
24:23
TX APS 2022 Fall T00205 Rydberg Constant Calculated By ParticleEdge, not a R-Infinity
TX APS 2022 Fall H00202 Subatomic Behavior By Dimension
10:43
TX APS 2022 Fall H00202 Subatomic Behavior By Dimension
Vigen@APS-2022-Mar G00.00302 Amazing Cube Root Relationship Planck to Gravity to Boltzmann
9:40
Vigen@APS-2022-Mar G00.00302 Amazing Cube Root Relationship Planck to Gravity to Boltzmann
Vigen@APS-2022-Mar W48.00005 Computational Chemistry: Using Nucleus Hemispherical for Electron Bonds
10:50
Vigen@APS-2022-Mar W48.00005 Computational Chemistry: Using Nucleus Hemispherical for Electron Bonds
TX-APS-2021 T.00004 Explaining Exaggerations of the Fuzzy Ball and Electron Distributions
12:58
TX-APS-2021 T.00004 Explaining Exaggerations of the Fuzzy Ball and Electron Distributions
TX-APS-2021 T.00003 Explaining Quantum Numbers As Hemispherical Numbers
25:07
TX-APS-2021 T.00003 Explaining Quantum Numbers As Hemispherical Numbers
TXAPS-2021 T.00005 Teaching Planck's Equation As Two Events - Collisions and Non-Photon-Penetration
15:10
TXAPS-2021 T.00005 Teaching Planck's Equation As Two Events - Collisions and Non-Photon-Penetration
TX APS 2021 T.00002 Teaching Relativity with Balloons up to Special Cast HemisphericalR.
16:12
TX APS 2021 T.00002 Teaching Relativity with Balloons up to Special Cast HemisphericalR.
Better Question than Byron,Fuller Q1.2 Static Equilibrium vs Bohr Orbital / Angular Momentum
25:11
Better Question than Byron,Fuller Q1.2 Static Equilibrium vs Bohr Orbital / Angular Momentum
The Better Question for ByronFullerQ1.1: Creating a New Generation & Renaissance in Physical Physics
16:24
The Better Question for ByronFullerQ1.1: Creating a New Generation & Renaissance in Physical Physics
Special Case for Hemispheric Relativity for Subatomic Modelling As Simpler than General Relativity
41:27
Special Case for Hemispheric Relativity for Subatomic Modelling As Simpler than General Relativity
Using Dot-Accents To Show the Ether, Acceleration Physics Stack Levels
16:34
Using Dot-Accents To Show the Ether, Acceleration Physics Stack Levels
How deep is an electron's Energy Well? The simple Hydrogen one-proton, one electron example calc.
21:50
How deep is an electron's Energy Well? The simple Hydrogen one-proton, one electron example calc.
APS-2021-Mar H071.00285 3D Engineering Causes Mass Ratio of Proton Vs Electron by Position-In-Field
5:48
APS-2021-Mar H071.00285 3D Engineering Causes Mass Ratio of Proton Vs Electron by Position-In-Field
APS-2021-Mar H71.00215 2-Cylinder Hemisphere 3D Eng. Cause not Slater But Gaussian Polar subshell-s
4:35
APS-2021-Mar H71.00215 2-Cylinder Hemisphere 3D Eng. Cause not Slater But Gaussian Polar subshell-s
Vigen: APS2021-MarH71.00216 2-Cylinder Geometry Cause Slater Vs Gaussian NEW 3d Equatorial Subshell
5:12
Vigen: APS2021-MarH71.00216 2-Cylinder Geometry Cause Slater Vs Gaussian NEW 3d Equatorial Subshell
Vigen: APS-2021-Mar-H71.00209 Physical Model For Electrostatic Equation Using only Planck, Distances
4:08
Vigen: APS-2021-Mar-H71.00209 Physical Model For Electrostatic Equation Using only Planck, Distances
How and Why is the Mass of a Proton Vs Electron larger? (extended version)
32:55
How and Why is the Mass of a Proton Vs Electron larger? (extended version)
What is Electricity? What Causes Electrical Conductivity and Resistance?
19:06
What is Electricity? What Causes Electrical Conductivity and Resistance?
Why is Mass Proton Vs Electron Different? And Why is Mass Variable?
32:55
Why is Mass Proton Vs Electron Different? And Why is Mass Variable?