Industrial Strength Computer Science

The What, Why and How

Summary

The trilogy traces the evolution of computer science from the Babylonian Abacus through the logarithmic slide rule to Babbage's 'Thinking-Machines', as Ada Lovelace dubbed them, to artificial intelligence (AI), from its inception as human-dependent flawless mechanics, to its sentient potential as independent digital species. The books highlight the key developments in computer science, leading to binary machine languages and onto machine learning and natural language processing through the science of the Church-Turing Thesis and Lambda Calculus. The trilogy discusses the dangerous future of an automated, software-driven society, global power dynamics and the loss of individuality to digital dictatorship. The books explore the geopolitical race in AI development, particularly between Western democracies led by the United States and international dictatorships led by China. The risks to civilised progress from unethical actions beyond control demand a scientific foundation to computer science that can be fully trusted, which is vital if AI advancement is to be prevented from becoming a Weapon of Mass Destruction.

The Trilogy

Audio introductions:

1. Introduction to Trusted Computer Science (1.28 min)
   
2. Infallable Automation, the Church-Turing Thesis, and Media Tight Meta Machines (6.36 min)
3. Secure Namespaces, Individual Empowerment, Ownership and Golden Tokens (4.29 min)
4. Distributed Control, Hardware Meta-Machine, Road-Map to Flawless Networked Software (4.55 min)
5. Beehives, Natural Colaboration, CLOOMC, PP250, Digital Dictatorship, Distributed Empowerment (5.22 min)
6. Stakes, Threats, Demands, and Hope (2.50 min)
   

Three books frame a Trilogy by Kenneth Hamer-Hodges, taking us from the age of mechanical computers of the past to symbolic tokens, the computers of the information age. The three books focus on the what, the why and the how. Industrial Strength Computer Science is the solution for the Information Age by preventing malware, ransomware, AI breakout and centralised cyber dictatorship. 

1. The What is Industrial Strength Computer Science (ISCS) is called 'Civilizing Cyberspace, The Fight of Digital Democracy.' It explores computer science through the details of its origin as an abacus in Babylon and the functional slide rule, to the first programmable computer, Charles Babbage's flawless Analytical Engine and the first functional program designed and documented by Ada Lovelace. It then covers the tragic distortions of von Neumann's binary computer, a shortcut that leaves binary computers falwed and centralized because the Lambda Calculus is missing in the machine code. It shows how Alonzo Church and Alan Turing envisioned flawless, endless computer science through Church-Turing machines first implemented as the PP250, and how they democratized cyberspace, as a level playing field for global communications, using symbolic addresses and the universal science of nature defining the flawless digital fabric for the Information Age.
2. Book two is the Why ISCS is needed. 'The Fate of AI Society, Civilizing Superhuman Cyberspace,' explains the unpleasant destiny of binary cyberspace as an unavoidable Orwellian Dictatorship fun by authoritarian surveillance. and government dictatorship in collusion with the industrial dictators of centralized computer science. It explains how unrestricted superhuman software will take control run by dictators to suppress individuality and democracy and run the world through inherited privileges, crushing the very spirit of the American Dream and democracy worldwide.
3. This book is called 'Winning World War Three, The End Game In Cyberspace,' is the last book of the trilogy on what, why and how Industrial-Strength Computer Science is achieved as a reliable scientific solution for computer science. A computer flawlessly engineered by the principles of λ-calculus. Professor Alonzo Church, Alan Turing’s tutor, created the λ-calculus to define the limits of computational science. An encapsulated Turing Machine frames the Church-Turing Thesis and prevents the binary computers from threatening the United States Constitution, the Bill of Rights and every other democracy worldwide. The book identifies the costs and actions required to avoid the catastrophic end to democracy and digital cyber society.  

Key Points

1. The journey of computer science from a mechanical aid to the most transformative force in global society.
2. The era of human-dependent computers, characterized by mechanical rule-based systems and expert systems.
3. The shift to programmed learning and global application networks, demanding symbolic addressing over physical connections.
4. The role of natural language processing and symbolism in the evolution of computers to improve understanding and reliability.
5. The emergence of AI and symbolic communication protocols for programmed applications.
6. The implications of symbolic languages for collaboration, evolution, and autonomy.
7. The concept of self-improving software systems and the associated ethical considerations and risks.
8. The potential centralization of power through binary computers and operating systems and the threats to democratic nations.
9. The future of software as a digital species with cognitive independence and potential impacts on society.
10. The geopolitical race in AI between the USA and dictators like China, Russia, Iran and North Korea,
11. The need for the Federal Government to seed competition that leads to Industrial Strength Computer Science.

 

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