Exploring Typographical Systems and Formality

 
GEB 4
 
 
Key idea from the pq-system
 
Typographical
 operations can code complex things
 
Typographical
 
Reading
 and recognizing any of a finite set of symbols
Writing
 down any symbol belonging to that set
Copying
 any of those symbols from one place to another
Erasing
 any of those symbols
Compare
 whether two symbols are the same
Memorizing
 a list of previously generated theorems
 
Goal today
 
Design a typographical system where:
P--
, 
P---
, 
P-----
, 
P-------
 
… (P followed by a prime number of hyphens) are theorems
(a wrong number results in non-theorems)
 
At least, multiply
 
--t---q------
 
C?
 
Rule:  
x
-T
y
-Q
z -> 
C
z
.
 
Figure and Ground
 
 
Negative Space
 
 
!
 
There exists formal systems whose negative space is not the positive space of any formal system.
Capturing P
 
Define a notion of “does not divide” (equiv. “is not a multiple of”)  in the system
 
Now we need to check this for every possible divisor.
 
Need a “checkpoint” (“is divisor-free up to”)
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Delve into the intricacies of typographical systems and formal rules, where symbols and theorems are defined through unique structures and operations. From designing a system based on prime numbers of hyphens to capturing the concept of divisibility, this journey uncovers the complexity and creative possibilities within typographical frameworks.

  • Typographical Systems
  • Formality
  • Symbol Operations
  • Theorems
  • Divisibility

Uploaded on Aug 15, 2024 | 0 Views


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Presentation Transcript


  1. GEB 4

  2. Key idea from the pq-system Typographical operations can code complex things

  3. Typographical Reading and recognizing any of a finite set of symbols Writing down any symbol belonging to that set Copying any of those symbols from one place to another Erasing any of those symbols Compare whether two symbols are the same Memorizing a list of previously generated theorems

  4. Goal today Design a typographical system where: P--, P---, P-----, P------- (P followed by a prime number of hyphens) are theorems (a wrong number results in non-theorems)

  5. At least, multiply --t---q------

  6. C? Rule: x-Ty-Qz -> Cz.

  7. Figure and Ground

  8. Negative Space

  9. ! There exists formal systems whose negative space is not the positive space of any formal system.

  10. Capturing P Define a notion of does not divide (equiv. is not a multiple of ) in the system Now we need to check this for every possible divisor. Need a checkpoint ( is divisor-free up to )

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