Blackboard Computing Adventures πŸ’‘
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Welcome to BCA ⚑⚑ our Virtual Learning Space. Mostly Blackboard snapshots, sometimes with explanatory/exploratory and analytical notes. Open teaching efforts by Fut. Prof. JWL at his BC gate on 1st Cwa Road and HQ research dissemination.
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Forwarded from JWL // literature
JWL // literature
The_Symbol_Set_Identity_paper_Joseph_Willrich_Lutalo_25APR2025.pdf
ABOUT PAPER: Apart from furthering (with 4 new theorems and 9 new definitions) the mathematical ideas concerning symbol sets for numbers in any base that were first put forward in the author's GTNC paper from 2020, this paper presents some new practical methods of generating special random numbers with the property that they preserve the base-10 o-SSI.

#Research #ResearchPaper #NumberTheory #SymbolSets #MagicNumbers #Cryptography #ProfJWL #Nuchwezi #ComputerScience #Preprints
JWL // literature
The_Symbol_Set_Identity_paper_Joseph_Willrich_Lutalo_25APR2025.pdf
INVITING early readers, reviewers, fellow researchers, academicians, scholars, students & especially the mathematical society, to read, review & apply the important ideas put forward in [Fut. Prof.] JWL's paper on the mathematics of symbol sets: http://bit.ly/ossipaper
Blackboard Computing Adventures πŸ’‘
INVITING early readers, reviewers, fellow researchers, academicians, scholars, students & especially the mathematical society, to read, review & apply the important ideas put forward in [Fut. Prof.] JWL's paper on the mathematics of symbol sets: http://bit.ly/ossipaper
Meanwhile, despite being an early, still unverified observation, seems like the exciting, output base-10 o-SSI number might actually hint at some seemingly queer, but explainable pattern given the somewhat intriguing sequence of digits in the number when looking at that number generation/permutation image: 

[8 > 6 > 4] > [9 > 1 > 3 > 7 > 5] > 2

I'll get to look deeper into this in times to come..

--- Joseph W. Lutalo, author of the paper.
JWL // literature
The_Symbol_Set_Identity_paper_Joseph_Willrich_Lutalo_25APR2025.pdf
## WHY U Should Read JWL's SSI Paper:

https://bit.ly/ossipaper

Among Important Take-aways after reading that paper:

βœ“ Binary numbers are decimal too (Theorem 2)

βœ“ The basify (b:) & uniqueify(u:) TEA language commands have real mathematical relevance (Section 4) (REF[5]: https://bit.ly/tazfile)

βœ“ Among unusual bases (like base-0 & base-1), there's a genuine purpose for base-∞ (Theorem 1)

βœ“ The calculator keypad is indeed a terrific place for discovering interesting hidden mathematical truths! (Section 5.1)

βœ“ You definitely want to read a mathematician's novel too!
Blackboard Computing Adventures πŸ’‘
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There's some interesting modern #settheory mathematics in that paper too!
Forwarded from UGANDA
26 APRIL, 2025: MOMENTS with [Fut. Prof.] JWL

https://youtu.be/Z4w0zW-vw8w?

HIGHLIGHTS in This Talk:

βœ“ APRIL 2025, published his 2nd novel: ROCK 'N' DRAW
βœ“ On 25th, released new mathematical theory concerning Symbol Sets & Bases
βœ“ The 2020 work on GTNC has been advanced by 2 more papers now
βœ“ Experiencing Hardships: no funding, no peers, no academic affiliation, kids have no school fees & have only a meager salary from private Nuchwezi
βœ“ Cooking with firewood, eating 1 meal a day, lonely, in a world so full of opportunities and people!

GOD help us all. For God and My Country.

#jwl #nuchwezi #communitysupport #updates #research #talkshow
UGANDA
Video
Joseph, of Blackboard Adventures, giving a talk on 26 APRIL, 2025.
Blackboard Computing Adventures πŸ’‘
Also, please get us jobs & some [paid] work πŸ™ #uganda #productive #youngadults
While looking at the future of the GTNC and its applications across mathematics, in physics, computer science and beyond...

β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’|
The Inverted Pi might become the official Cardinality Sym. Otherwise,
we might have to deal with
maths like...

𐎜(Οƒ+Ο‰) ≀ ⌈𐎜(Οƒ,Ο‰)βŒ‰ + 1
iff Οƒ,Ο‰ ∈ {β²—.β²—* | β²— ∈ ψ:Ξ²} ∧ β∈𝜨


--- JWL, inventor of the GTNC theory.
β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’|

Those interested, perhaps work backwards from the most recent paper and results: https://bit.ly/ossipaper

Something truly terrific is in the works! And we can't certainly #shutup πŸ™ˆβš‘πŸ˜„πŸ™Œ

#gtnc #symbolsets #numbertheory #jwl #nuchwezi #modernmaths #basecalculus
Blackboard Computing Adventures πŸ’‘
While looking at the future of the GTNC and its applications across mathematics, in physics, computer science and beyond... β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’β€’| The Inverted Pi might become the official Cardinality Sym. Otherwise, we might have to deal with maths…
A JWL Mini-Lecture: Introducing A New BASE CALCULUS: Theory & Applications of Arbitrary Symbol Sets

https://youtu.be/Q14rhTaFlXs?

πŸ‘†πŸΌπŸ”† Delivered on 28 April, 2025, this Mini-Lecture, a continuation of Internet Community Blackboard Adventures by Fut. Prof. JWL, briefly presents an interesting application of the recently furthered theory concerning symbol sets and the GTNC. Essentially, we get to see how, even for arbitrary or rather esoteric number systems such as numbers that use neither the Latin Number System nor the more typical Arabic Number System, we still can treat of such strange numbers using the GTNC mechanics, logic and notation, to quantify their properties, analyze them and more.

It is recommended to read JWL's recent paper so as to properly make sense of what's going on here: https://bit.ly/ossipaper

#numbersystems #cryptography #informationsecurity #bases #gtnc #symbolsets #numbercardinality #newmathematics #profjwl