This website blog chronicles my exploration into using symbology to represent alternative numerical base systems. My ultimate goal is to uncover and simplify known, and unknown, mathematical processes and connections between these systems. This is a hobby and should be taken as such. Thanks for visiting.

Trincubic

This glyph system shows one example of how we can modify Trincubinquadric glyphs, (base 432), to create corresponding glyph systems for three other bases. Read More...

# 030 Sine_Wave_Glyphs

I had an idea. Maybe numerals could be graphically represented using complex frequency modulation synthesis. Read More...

# 016 Trincubic Addition & Subtraction

Under Construction

# 015 Trincubic Pronunciations

Seems silly, doesn’t it, making up totally different names for numerals? Read More...

# 014 Balanced Trincubic

Lately, I have been experimenting with assigning Balanced Ternary sub-digits to Trincubic numerals, instead of the aforementioned positive Ternary sub-digits. Read More...

# 013 Trincubic Glyph Rotation Chart

Glyph Rotations can be tiled into hexagonal patterns.

# 012 Introduction to Trincubic Glyph Rotation

By rotating the segments of a Trincubic number, we can transform it into a different number. Read More...

# 011 Three Dimensional Direction & Location

Imagine a Rubik’s Cube. It is made up of 26 small cubes joined together. If you imagine a cube that lies hidden in the center, then there are actually 27. Read More...

# 010 Trincubic Finger Counting

How does a person count in a base 27, three dimensional number system, using only his or her fingers? Read More...

# 009 Three Dimensional Number System

Glyphs can be arranged into a three dimensional matrix…