transcendentals - LeFreq/Singularity GitHub Wiki

A transcendental ___ transcends: it cannot be ascribed within a single domain.

We may define a domain is defined by a self-containment consisting minimally of a yin component and a yang component. For math, logic, language, etc. these are symbols for the (yang) and functions (including addition and other) or relation between symbols. A domain can be positive or negative, like between a figure and the ground that surrounds it.

Some new domains for meta-philosphy (?):

• The empty set {} is transcendental on X.
• The negative sign (-) is transcendental on S.
• some letter variables are transcendental in the domain of algebra (x, l, m, n, s), G.
• f() is transcendental in domain of computer science, M.
• a vertex and an edge are transcendental in domain O?Huegonot: Geoff Chessire?.
• The realm of a robots mind is Y.
• The domain of the Internet and computer screen is I, imaginary/virtual; I, robot.
• The domain of the objects in the real world (?) is D.
• The domain of (human?) thought is T. It's predicates, expressions, statements may or may not be spoken, written, expressed.
• The domain of sentential logic is P. It may or may not be written.
• The domain of predicate calculus (or whatever domain for robotics thought): B. It may or may not be revealed.
• The number 1 is transcendental in Q.
• The symbol pi is transcendental in A.
• The transcendental number e transcendental in R.
• The transcendental number i in C.
• 0 transcends all numerical domains.
• nodes dots and edge lines are transcendental in O.
• 0 is the meaningful intersection between R and C.
• 1 is the meaningful intersection between A and Q.
• e is a meaningful intersection between A and R.
• ?? i is the meaningful intersection between A and C.