Create introduction post for quantum computing series

Added introductory blog post on quantum theory and computing, outlining the series and its objectives.

Author: SRIKALEESWARAR-S

pages/blog/quantum-computing-series/introduction-to-quantum-theory-and-computing/index.md

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+---
+title: "Introduction to the quantum theory and computing"
+slug: introduction-to-quantum-theory
+date: 2026-06-05
+authors: ["Sri Kaleeswarar S"]
+tags: [quantum-mechanics,quantum,srikaleeswarar]
+categories: [quamtum-theory]
+description: |
+ Quantum mechanics introduction.
+thumbnail: "/header.jpg"
+template: "blog-post.html"
+---
+
+# Introduction to the quantum theory and computing
+
+## Lets start the journey
+
+
+There is a strong buzz in the air today that quantum computers are going to completely rule the future of the technological world. But what exactly separates our regular logic computers from these quantum marvels? How will they transform our tech landscape? How fast can we perform calculations, and what does the future hold for programming? To unravel these mysteries, this brand-new series officially begins today on the wonderful Open Science Labs platform.
+
+Before we dive into the science, let me introduce myself. I am Sri Kaleeswarar. Many of you might know me from my previous technical articles where I explained complex concepts in simple, accessible Tamil. Now, I may not be a high-level academic professional, but I am surely a passionate fellow writer who can break down the core basics of quantum theory for you. This series is specially crafted to introduce quantum theory and computing techniques to newcomers and students. I must extend my heartfelt thanks to Ivan Ogasawara for giving me this wonderful platform to share this knowledge.
+The Quantum Revolution: Resting and Running Together
+
+In the 20th century, quantum physics brought a massive revolution. Until then, the scientific world operated on the rigid belief that atoms were indivisible and Newton’s laws were the absolute gospel. Quantum mechanics shattered that rigidity. Pioneering scientists like Niels Bohr, Max Planck, and Albert Einstein laid a monumental foundation to predict the behavior of microscopic particles invisible to the naked eye.
+
+In regular electronics, there are only two options: either you run or you rest (1 or 0). But in the quantum world, you can do both simultaneously! It sounds a bit confusing, right? Look at it this way: you are sitting comfortably right now reading this article. But at this very microsecond, the Earth beneath you is hurtling around the Sun at an unbelievable speed. You are perfectly at rest, yet you are moving incredibly fast. In physics, this beautiful paradox is called Quantum Superposition, and it forms the bedrock of quantum computing.
+What Lies Ahead?
+
+This series is going to be a deep dive. Over the course of the next year, we will step-by-step discuss:
+
+    Waves and Patterns
+
+    Quantum Computer Architecture
+
+    Real-world Implementation
+
+Though it might take a year to complete, this knowledge will surely yield great benefits for our society and the next generation of engineers.
+
+    A quick note to my dear readers: If the English phrasing here sounds highly polished, do not worry—the thoughts, explanations, and science are entirely my own. I have simply used AI as a friendly tool to proofread my grammar and ensure it meets global writing standards.
+
+Let us embark on this exciting scientific journey together!
+
+Yours Friendly,
+Sri Kaleeswarar S