Data Stream Dynamics B
Section Headings

7. Data Stream Work

2: Articles
4. Paragraphs

Introduction

Re Dynamics: Inert Raw Data vs. Digested Data

Living Algorithm provides Meaning to a Data Stream

Potential Energy: Living Algorithm & Heat

When Energy is employed without doing any Work

Multitude of Similarities: Living Algorithm, Heating & Gravity

Physical Dynamics is continuous; Information Dynamics, discontinuous.

8. Information Energy

2: Articles
4. Paragraphs

Introduction

The Importance of the Notion of Energy

Current Scientific Mindset on Energy

Info Energy in the Living Algorithm System

Binary Subsystems of the Living Algorithm System

Data Residue = Potential Energy

Living Algorithm digests an entire Data Bit of Info Energy

Matter's Conservation of Energy vs. Information's Consumption of Energy

Conclusions, Questions & Links

9. Data Stream Power

2: Articles
4. Paragraphs

Power - The Top Floor of the Architecture of Dynamics

Work changes the state of a System

Power = How quickly Work is Accomplished

Productivity = Volume of Work accomplished over Time

Maximizing the Efficiency of the Living Algorithm System

Triple Pulse System: Mathematical Versatility and Limits

Power & Efficiency

10. Divergence: Living Algorithm vs. Material Dynamics

2: Articles
4. Paragraphs

After the Congruencies, the Divergences

Physical and Information Energy: Similarity & Differences

Graph: Contribution of Individual Data Bits to the Attention Pulse

Dynamics of both Matter and Data Streams: Contrasting Velocity & Acceleration

Material Systems, a special subset of Living Algorithm System

Why Electronic Information must be inert: the CD Example

Why our Illusion of Motion requires the Living Algorithm's Dynamic Information

Summary

11. Integration: Living Algorithm Dynamics

2: Articles
4. Paragraphs

A Closer View of the Dynamics of the Living Algorithm's Digestive Process

The Intimate Relationship between Info Energy and the Living Average

The Accumulation of Individual Accelerations

Data Stream Acceleration Quantized, rather than Continuous

Attention is the glue that binds Info Quanta.

The Power of Attention

Data Stream Efficiency

12. The 2 Components of Mass: Inertia & Substance

2: Articles
4. Paragraphs

Introduction: Muddled Constructs

The Search for Data Stream Force & Mass

Data Stream Mass as Inertia leads to Dead-end

Breakthrough via Energy Analysis

Two types of Info Mass, Inertia & Substance

The Necessity of Splitting Consciousness & Attention

13. Data Stream Energy Density

2: Articles
4. Paragraphs

Introduction: When Info Energy sparks the Gap

Data Stream Density => Concentrated Energy

Data Stream Density: Random vs. Organized

Evolutionary Examples of the Density Filter

Data Stream Density: Continuous Approach vs. Core-Concept

The Play of Attention & Energy Density – Substantial/Insubstantial

14. The Two-way Interaction between Matter & Information

Why Info Energy is so controversial

The Arrow between Matter & Info points both Ways

 

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