Uploaded March 2026 | Updated September 2026, 2 weeks ago
First of all, if you're not familiar with how to construct a basic Magic Ghost Number Cube, here is a link that explains it:
youtu.be/Fji1QyTfGRE?si=aekOz_v2Oilkh_NJ
I want this video to be as complete as possible an explanation of this totally new type of Magic Hybrid Number Cube, an offshoot from the Magic Ghost Number Cubes.
To do that, I explain how to convert from a Magic Ghost Number into an equational Magic Hybrid Number Cube and how they're both alike and the ways that they are significantly different!
After this, I'll go into detail about the two basic types of Magic Hybrid Number Cubes; the first one simply being the Magic Hybrid Number Cube itself and the second one is the Dual-Level Commutative Magic Hybrid Number Cube and how to convert from the Magic Hybrid Number Cube to the Dual-Level Commutative Magic Hybrid Number Cube.
I'll explain both of the two main features of these two new types of cubes: the three Primary Number Intersecting Equations and the Secondary Number Reflecting Equations that fill out the three planes of the cube with two split-equations each and why it's important that they are split rather than continuous thru to the final output vector at the lower end of the cube.
These Magic Hybrid Number Cubes have a directionality to their equations where a basic Magic Ghost Number Cube does not. Magic Ghost Number Cubes are not equational.
And remember that all of these discoveries can be extended to higher polyhedra and to the multiplication of higher polyhedra. These examples are only done in addition form because it's a lot easier.
Previous video:
youtu.be/fLVUpnBQ08U?si=D9wUKjHd3VWylcYW
youtube.com/playlist?list=PL9ArnWI_cuWvHFHh6NwxTNa-F9dSyMkxR&si=unrI54wR31KBrY79
#linearalgebra #matrices #proportions #equations #mathematics
First of all, if you're not familiar with how to construct a basic Magic Ghost Number Cube, here is a link that explains it:
youtu.be/Fji1QyTfGRE?si=aekOz_v2Oilkh_NJ
I want this video to be as complete as possible an explanation of this totally new type of Magic Hybrid Number Cube, an offshoot from the Magic Ghost Number Cubes.
To do that, I explain how to convert from a Magic Ghost Number into an equational Magic Hybrid Number Cube and how they're both alike and the ways that they are significantly different!
After this, I'll go into detail about the two basic types of Magic Hybrid Number Cubes; the first one simply being the Magic Hybrid Number Cube itself and the second one is the Dual-Level Commutative Magic Hybrid Number Cube and how to convert from the Magic Hybrid Number Cube to the Dual-Level Commutative Magic Hybrid Number Cube.
I'll explain both of the two main features of these two new types of cubes: the three Primary Number Intersecting Equations and the Secondary Number Reflecting Equations that fill out the three planes of the cube with two split-equations each and why it's important that they are split rather than continuous thru to the final output vector at the lower end of the cube.
These Magic Hybrid Number Cubes have a directionality to their equations where a basic Magic Ghost Number Cube does not. Magic Ghost Number Cubes are not equational.
And remember that all of these discoveries can be extended to higher polyhedra and to the multiplication of higher polyhedra. These examples are only done in addition form because it's a lot easier.
Previous video:
youtu.be/fLVUpnBQ08U?si=D9wUKjHd3VWylcYW
youtube.com/playlist?list=PL9ArnWI_cuWvHFHh6NwxTNa-F9dSyMkxR&si=unrI54wR31KBrY79
#linearalgebra #matrices #proportions #equations #mathematics
