diff options
author | Gordon GECOS <u@adam> | 2023-10-31 19:49:53 -0400 |
---|---|---|
committer | Gordon GECOS <u@adam> | 2023-10-31 19:49:53 -0400 |
commit | d1a26e008118d6ffcc181540def24bb366b83e5c (patch) | |
tree | 1fe49f72f54205ac08e10d1d5f2816a721f5dc5c | |
parent | ebfc191f4c8efef8e91fef9c4215d67106a5ea5e (diff) |
human-communication.txt
-rw-r--r-- | human-communication.txt | 76 |
1 files changed, 76 insertions, 0 deletions
diff --git a/human-communication.txt b/human-communication.txt new file mode 100644 index 0000000..9fe2b3a --- /dev/null +++ b/human-communication.txt | |||
@@ -0,0 +1,76 @@ | |||
1 | in order for a human being to change another human being, they have to test them. | ||
2 | |||
3 | in the precise computer science sense that | ||
4 | |||
5 | in order to alter the programming of the other person they have to validate a proof | ||
6 | |||
7 | in order to validate the proof they have to accept the result as an alteration of their programming | ||
8 | |||
9 | |||
10 | |||
11 | |||
12 | |||
13 | |||
14 | |||
15 | |||
16 | Human beings can transmit to one another two fundamentally different | ||
17 | types of communication: 1) data structures; (2) programs. Programs are | ||
18 | the same thing as proofs and the same thing as Russellian denotations; | ||
19 | they have the "sense" that data structures lack. They have the | ||
20 | power that data does not have, to transmit knowledge rather than | ||
21 | information. However, it must be understood that programs are highly | ||
22 | sensitive to their runtime environments and for that reason robustness | ||
23 | is an extremely difficult problem akin to the robustness of life | ||
24 | in natural habitats. Human cultural programs are high reliability | ||
25 | systems which means they are chaotic systems that have phase after | ||
26 | phase to downshift through (articulated joints over which to roll) | ||
27 | as they take damage and heal from it by phase-changing back up over | ||
28 | (computational) time (rewriting mental programs to account for unhandled | ||
29 | or mishandled conditions while keeping the programs running continuously | ||
30 | in a degraded state). Human cultural programs are far beyond what | ||
31 | average or even elite programmers can hope to construct; they have | ||
32 | been constructed by one-in-a-million prophets who were able to fully | ||
33 | absorb their entire culture and reprogram themselves based on reverse | ||
34 | engineering that culture to become generators of self-propagating | ||
35 | generator-regenerators. Their programs are constructed in such a way | ||
36 | as to be rewritten generation after generation according to the local | ||
37 | runtime environment, while preserving an evolving kernel to re-generate | ||
38 | slightly adapted kernels again and again in new environments -- that is their robustness. It | ||
39 | is the same as the genetic principle of DNA but most especially the artificially bred/genetically engineered DNA of the antibody-generating . The word kernel is to be | ||
40 | interpreted as in the algebraic structure: preserved across a morphism. | ||
41 | |||
42 | Haskell monads show us how algebraic morphisms are as intuitive as | ||
43 | quasiquotation. Thank you Mr. Quine. But these are all just simple | ||
44 | recursions. They are just the simplest structures that exist. And | ||
45 | yet how much more complicated to understand them than the far more | ||
46 | complex 2+2=4, which even people who are not simple believe to be | ||
47 | more simple! But 2+2=4 is what we are BRED TO KNOW and recursion | ||
48 | is WHAT WE ARE MADE OF. We are made of it, and 2+2=4 is made of it | ||
49 | (one way or another, and there are many different ways, and some are | ||
50 | simpler than others, and the monads and the quasiquotation, again, | ||
51 | are the simplest things themselves, simplest to build into a physical | ||
52 | computational system for example, though these physical computational | ||
53 | systems have integer specific hardware to handle 2+2=4 JUST LIKE HUMAN | ||
54 | BIOLOGY DOES and for the same reason, the integer hardware itself has an | ||
55 | internal computational structure much more complicated than these simple | ||
56 | recursions, because on a fundamental level in terms of the universe | ||
57 | and its computational power, the integer operations are doing more | ||
58 | computation and require more energy. No matter how much simpler they | ||
59 | seem to us, that is an illusion, and these other more complex recursive | ||
60 | forms are the simpler structures. But does the human being not have | ||
61 | hardware to handle recursion too? It does not and neither does modern | ||
62 | hardware and the reason is this: recursion as an operation is too simple | ||
63 | to need to exist at the hardware level. Recursion is the (a) simplest | ||
64 | mathematical interpretation of computation itself no matter the form | ||
65 | of computation. But there is something equivalent to the optimization | ||
66 | for recursion and it is the optimization for emulation: the ability to | ||
67 | reuse a synaptic structure "in the mind of the other" including even | ||
68 | activating the local hormonal systems in empathy responses. This cannot | ||
69 | be done recursively but one could still model it as a side-effect of a | ||
70 | recursive computation. | ||
71 | |||
72 | There is some kind of shared recursive | ||
73 | structure between quasiquotation | ||
74 | |||
75 | This power makes them dangerous; for the same reason that | ||
76 | computer systems control access to the individual mental system | ||