Friday, March 14, 2025

Abstraction at the Core of AI Programming: Why It’s the Future-Proof Skill

Introduction: The Art of Abstraction in AI
As artificial intelligence (AI) reshapes industries, one question looms large: Which professions will withstand the tide of automation? The answer lies in abstraction — the ability to distill complex problems into universal principles and translate them into functional systems. For those of us who specialize in abstraction, programming AI is not just about writing code; it’s about designing systems that can think, learn, and adapt autonomously. These systems are built on foundational needs — such as energy and safety — that must be encoded into their very fabric. Abstraction is the key to achieving this, making it one of the few skills that will remain indispensable in the age of AI.

In this article, we’ll explore how abstraction enables the creation of deeper, more autonomous, and more robust AI systems, and why mastering this skill is essential for the future of technology.

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Sunday, March 2, 2025

How Ancient Greek Philosophy Could Save Modern AI

The Problem: AI That Computes but Doesn’t Understand

📌 “Modern AI systems are statistical machines. They imitate, but they don’t think. They respond, but they don’t reflect. What if the key to true intelligence was hidden… in a 2,500-year-old philosophy class?”
Today’s AI models are incredibly powerful, but they suffer from a fundamental issue: they predict words without truly understanding concepts.
Could Ancient Greek philosophy help us overcome this limitation?

🔹 Solution 1: The Greek Theoria – Contemplating Fundamental Principles

🧐 Principle: Aristotle taught that every complex system can be broken down into archai (fundamental principles). This logical structure revolutionized both physics and reasoning.
💡 AI Application: Inspired by this, we can structure AI knowledge better to prevent inconsistent and hallucinated answers.
✅ Tech Example:
Symbolic AI Hybridization 🏗️ – Merging models like ChatGPT with knowledge graphs (e.g., Wikidata, WordNet).
Practical Use Case? A medical chatbot that doesn’t just generate text but breaks down diagnoses into fundamental elements:
Symptoms
Medical history
Risk factors
👉 Advantage: AI becomes less “verbose” and more rational, with improved decision transparency.
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