Science and Math Homepage

• Build a TETRAHEDRON
  Uses common materials. It has complete, illustrated building instructions.
  Plus how to make soap solutions for exploring geometry.

   

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• UNIT of the UNIVERSE BASICS
  How to build the Unit of Universe model. Don't fret, this is really simple stuff and shows you how to make a model out of paper and tape that explains the connection between matter and energy - well at least my version of it. This is a prerequisite to Dimension Part 4 and Intermediate UU.

   

• INTERMEDIATE UNIT of the UNIVERSE
  Complete with axoms, equations, illustrations. We show how the different energy states and binding strengths occur. We explain why matter comes in quanta. The equations show the sinusoidal nature of energy. Time and space are discussed from the framework of the model.

   

• FORCE
  This is a description of the root of force and how it can account for physical change.

   

• ATOM
  Relates atomic structure to what has been developed so far with the Unit of the Universe . Uses the paper model to explain the electron and show how atoms bind together.

   

• The UU describes MATTER-ENERGY conversion.
  This is the simple form. More detail is given in Dimension Part 4

   

• PHOTON In A Fishbowl
  Shows how the UU can emit a shell. This is the simple form. More detail is given in Dimension Part 4

   

• DNA Demonstrator
  A ribbon from the edge of the UU forms a double helix.

   

• The DENSITY GRADIENT of Real Objects - Like Stars.

   

• GRAVITY
  A Beach Blanket Gravity Demonstration.

   

• TIME and REALITY
  A different look at the nature of existence from the perspective of the licosas.

   

• TIME and REALITY, Part 2
  An examination of the Theatre of the Mind.

   

• ELECTRICITY, ELECTROMAGNETISM and the LICOSAS
  Examines these phenomenon using my geometry.

   

• THE LICOSAS SERIES ANIMATED

   

• The Conch, The Rail and The Onion.
  Illustrates how the series flows one into the other and gives their equations.
• VEILSPACE
  What is the veil?

• THE DIMENSION SERIES

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• DIMENSION Part 1
  How the 2d hexagon is an exact map to the 3d cube, dual tetrahedron and octahedron.

   

• DIMENSION Part 2
  How the 2d decagon is an exact map to the 3d dodecahedron.

   

• DIMENSION Part 3
  How the 3d icosahedron is developed from the dodecahedron and shows the 2d decagon.

   

• DIMENSION Part 4
  Looks at UU Basics in terms of dimension. It offers further insight into matter-energy conversion.

   

M SQUARED SOLIDS