TECHNOLOGY OF NUMBERS

DEFINING TIP OF SPHERE

ADDENDUM:The answer to quest-i-on is, you’re looking at the wrong thing. Unitary Numeric System (UNS) isn’t about a number.

1 + 1 = 2; if you look at 2, it’s wrong place, it is the system (addition) that’s the causal resultant.

Same is true here and in nature, it’s not the electrons; it’s the system.

Base 1, 2, 4 or 8, UNS operability; it’s not the number(s), it’s the structural logic of the system. So, even if I provided the number: 2; now what?  Math isn't numbers, it is systems of numeric logic. 

Business Concept: New numeric system architecture design for more efficient machine computation in series, parallel, synchronous and asynchronous numeric processing.

Research & Development: A better, more efficient and flexible technological numeric foundation for computer computations and data manipulations. 

Technological Applications: Binary is simple, efficient and crucial because it serves as the foundation for modern technology. Binary code allows computers to process, store, manipulate and transmit data in systems and networks. 

Industry  (s):Computer Science, data programming, storage, machine learning and artificial intelligence, semiconductor chips (smartphones, EVs, drones, servers, or satellites, etc),

Market Positioning:  

1. Market entrance playing catchup is full of economic pitfalls or  

2. Introduce innovative product model to leap ahead with new numeric architecture as evolutionary disruptor. 

Historical Disruption: Bell Labs 32 bit microprocessor was a competitive strategic leap ahead of the competition and serves as a cautionary business tale. 

Initial commercial use was achieved, but CMOS became the foundation for modern microprocessing powering the digital revolution with everything from desktop to smartphones. 

Adaption Result(s): Industry market adaptation didn’t realize the perceived value until competition caught up with its bell curve leading-edge technology.  

Adoption Reaction: Bellmac’s technology adoption set the standard for industry wide achieved commercial acclaim for use in everything from desktops to smartphones.

Historical Revelation: Moral of the story; industry isn’t ready to adopt or adapt to change.  

Start: Translate, transfer and transform equity options into an economic opportunity used for favorable profit motivated manipulation by wielding a dynamic power lead and control to generate industry marketshare growth  

Unitary Numeric System (Base 1): A synchronicity of reductive series axis intersects triggering synchronous parallel exponentiations of uniformed numeric uniqueness of all numbers from one number. 

Binary for machine learning and artificial intelligence, neural networks, Large Language Models; hybrid base (2, 8, 10, etc) interoperability

Evolution of Adoption: Lesson learned, like Bell Labs, taking a strategic leap ahead of the competitive is a move that provides the best point of market entrance. 

Projection of Adaptation:  A game changer! In today’s competitive environment and market conditions, it’s different than in1970’s and provide more leverage for instituting industry leading change; especially in relatively new AI and language modeling.

Unchangeable Change: Like the computer keyboard, I believe this is the last iteration for a better Base 2 data computation numeric system. Once-in-a-life time opportunity and feat. 

With artificial intelligence (AI), machine learning and neural networks (Large Language Models) seeking economy of scale, it’s highly competitive and time is perfect.

Numeric System Innovation(s): Benefits; besides offering more processing flexibility and optionality, it is practically better than Base 2 and offers: 

1.    Better Integrity of design (scaffold structure, density, strength) 

2.    More Fluidity of flow (circuit axis modification, process scaling) 

3.    Exponential efficient design for thermal dispensation (air induction stability spacing) 

System numbers are like transitional states of matter, serving as a Stator, a rotor; motion and de-motion for numeric computation in series and or parallel circuits in synchronicity and asynchronicity patterns of system operations.  

If everyone is tall, who is tall?

If one number is every number, what's the number? 

It's matters not the number, it's the system and logic of the; tip of the sphere