Originating references: ESG-DEI

These five concepts are addressed throughout this website and are often cited:

1. The Role of Infinity: A few within academia tried to sideline infinity through a process called renormalization. It is a work around for some questions, but not all. We need to work on more definitive answers to many questions: within the AI controversies, are computers finite systems? Is there a relation between a computer and infinite systems? Is it possible for inanimate systems to be animate and a finite system to be connected to an infinite system? Our definition of the infinite/infinity as “continuity-symmetry-harmony” could help us to begin to answer these questions and grasp their implications.⁶ These are such generic concepts yet do these concepts clarify the question and open possibilities for new answers?
   
2. The Role of Pi (π). Within this website the redefinition of pi (π) as an expression of infinity, understood to be continuity-symmetry-harmony, also re-contexts the finite. Within these studies all other definitions of the infinite and infinity are placed on hold. It is a radically different approach. Does it help?
   
3. The role of infinitesimal spheres. If the universe begins with an infinitesimal sphere defined by the Planck base units (or its equivalent recalibrated with today’s tools), the relations defined by these natural numbers and most-simple geometries could become keys to unsolved mysteries.
   
   There is a perfection within continuity-symmetry-harmony that defines part of our universe. There are no gaps in the most infinitesimal domains of quantum geometry.⁷ Then, there is an imperfection that redefines other quantum systems based on gap geometries, affectionately known among some of our high school students as “squishy geometry.”
   
   Many new calculations become possible. For example, by using Planck’s natural numbers, it can be calculated that there are 185 tredecillion infinitesimal spheres per second within densities on the order of neutron stars. The natural gaps of the most simple geometries have no time or space or position to be rendered. From Planck’s natural units to the current time there are just 202 base-2 notations (doublings). The first second is within Notation #144. The first 380,000 years is within Notation #187. A major challenge is to begin to discern within which notations these gaps are first rendered. The gaps are dynamic, indeterminant, and finite. It is a very different model of the universe; the implications for our friends within AI and for their future directions in programming are now being studied starting with the four godfathers and their many co-authors.
4. The role of the first 64 notations out of the 202 base-2 notations. The first 64 notations are below our thresholds for measurement. Yet, these 64 notations appear to be the domain of at least nine disciplines: Langlands programs, string theory (including M-Theory, F-theory, type II and offshoots), supersymmetry (SUSY), loop quantum gravity (LQG), causal dynamical triangulation (CDT), causal set theory (CST), field theories, spectral standard model (SSM), and all the hypothetical particles. These large groups of scholars-scientists-creatives can be directly challenged to address these crises and their most pressing questions in light of their unique conditions for continuity-symmetry-harmony.
   
   
5. Ethics and values have a role. Although a science of ethics seems unlikely to most scholars, continuity-symmetry-harmony provide the basis for an ethical grounding of all people and each of these disciplines. The ethics-and-valuations defined by this finite-infinite relation begin with continuity-symmetry-harmony. This is also a proposed programmable orientation to develop algorithms for computers and its robotics.

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