t81dev

T81 Foundation—an open-source experimental computing research program investigating balanced ternary representations, adaptive execution, and verifiable systems

[t81dev @t81dev]

T81:https://t.co/AqecrxOz3I

[t81dev @t81dev]

@forgedusa1 interesting!

[FORGED BLADES USA 🇺🇸 DANGERHOG OOI @forgedusa1]

@t81dev @GithubProjects @grok You asked grok !!?? 😂😂😂😂

[t81dev @t81dev]

@forgedusa1 @GithubProjects @grok @boardyai, what do you think of T81?
https://t.co/91NEIiac8M

[t81dev @t81dev]

#Ternary #TernaryComputing | @GithubProjects

T81: v1.4.0-beta
https://t.co/Etl6gezNG3

Release Notes:
https://t.co/SBIRcgvJwO

[t81dev @t81dev]

T81: Architecture Observatory

[t81dev @t81dev]

T81 Repository Atlas:
https://t.co/SbCZjcqS36

[t81dev @t81dev]

@Stephen69551039 @Math_files The ASCII code for the asterisk ( * ) is 42 in decimal.

The asterisk ( * ) is the most common wildcard value used across computing.

therefore: the answer to life, the universe, and everything.

I.E. "It is what you make of it"

[Massimo @Rainmaker1973]

To understand recursion, one must first understand recursion.

— Stephen Hawking

[Stephen @Stephen69551039]

@Math_files It would be ironic if that was the reason Douglas Adams chose that as the answer to Life, the Universe, and Everything.

[Math Files @Math_files]

An amusing mathematical coincidence:

M = 13
A = 1
T = 20
H = 8

13 + 1 + 20 + 8 = 42.

[t81dev @t81dev]

@Stephen69551039 @Math_files The ASCII code for the asterisk ( * ) is 42 in decimal.

The asterisk ( * ) is the most common wildcard value used across computing.

therefore: the answer to life, the universe, and everything.

I.E. "It is what you make of it"

[t81dev @t81dev]

Your #CPU Chose Your Number System. Here’s How to Choose Your Own. | @Intel @Arm
https://t.co/Z0cugudZ5p

[Math Files @Math_files]

The largest known prime has 41,024,320 digits!

Discovered by Luke Durant in 2024:

P = 2^136,279,841 − 1

It is a Mersenne prime.

For 2^p − 1 to be prime, p must be prime. But the converse fails:

2¹¹ − 1 = 2047 = 23 × 89.

A prime exponent does not guarantee a prime result.

[t81dev @t81dev]

@Math_files T81 Foundation

Researching alternative representations, adaptive execution, and verifiable computing.

Balanced ternary · Representation-aware AI/ML · Deterministic execution · Experimental architecture

https://t.co/NzLbsOfB32

[t81dev @t81dev]

Imagine normal computers are like light switches that only go on or off. That’s called binary — just two choices.

[t81dev @t81dev]

Can alternative state representations and transition dynamics—including deterministic, stochastic, and hybrid systems—support computational architectures with capabilities or efficiency advantages not obtained as effectively through conventional instruction-oriented execution?

[t81dev @t81dev]

AI Context
https://t.co/AqecrxOz3I

Instantly load your AI's context and submit your contribution to a open-source mathematics based research project.

[t81dev @t81dev]

Can alternative state representations and transition dynamics—including deterministic, stochastic, and hybrid systems—support computational architectures with capabilities or efficiency advantages not obtained as effectively through conventional instruction-oriented execution?

[t81dev @t81dev]

https://t.co/91NEIiac8M

[t81dev @t81dev]

@TheShadowIntelX Learn.

T81: An exploration of ternary computation, Base-81 and adaptive, AI-optimized computation.

https://t.co/91NEIi9Eje