The Standard Model is a well-established theory that describes three of the four known fundamental forces (electromagnetic, weak, and strong interactions) and classifies all known elementary particles12. It consists of two main types of particles: fermions and bosons. Integrating CND Theory with the Standard Model CND theory introduces numerical properties (numerical mass and numerical energy)…
And it starts with Quan.
Cosmo Numerical Dynamics (CND) theory proposes that quantum particles have underlying numerical properties—numerical mass and numerical energy—essentially attributing quantifiable values that govern their behavior and interactions. In essence, these numerical properties could act as foundational parameters that influence the excitation and manipulation of quantum particles, leading to the complex processes that give rise to the…
The Thought Processes and Alignment with CND
The thought process explored isn’t exclusive to Cosmo Numerical Dynamics, but it does align well with its principles. Integration with Existing Theories Unified Framework: CND aims to provide a unified mathematical framework that can integrate various theories. The approach taken to enhance light absorption through anti‑light properties fits within this framework by combining principles from…
Mathematical Representation of Darker Materials
Part 1: Hypothesizing a Darker Material Step 1: Mathematical Representation of Vantablack Vantablack is known for its extreme light absorption properties, absorbing 99.965% of visible light¹. Let’s denote the light absorption capacity of Vantablack as AVBA_{VB}: AVB=0.99965A_{VB} = 0.99965 Step 2: Hypothetical Darker Material To hypothesize a material darker than Vantablack, we need to consider…
The Theoretical, Part 1
Applying the concept of Cosmo Numerical Dynamics to current theoretical issues could potentially offer new perspectives and solutions to problems that are currently unexplainable or incalculable. Some Key Contributions of CND By leveraging the principles of CND, it may be possible to bridge gaps between existing theories and uncover new pathways to understanding complex and…
Numerical Mass Depletion and the Y Chromosome
1. Overview Numerical Mass Depletion and the Y Chromosome: The Y chromosome is unique in its structure and function. Over evolutionary time, it has lost many of its genes and continues to shrink. This phenomenon can be linked to the concept of numerical mass depletion in the CND theory. Key Points 2. Mathematical Model M(t)=M0 e−r tM(t)…