Quantum computing is often surrounded by hype, confusion, and unrealistic expectations. In this video, I break down what quantum computing actually is, why it exists, and why building real, scalable quantum computers is so difficult.
In my recent article, Transformative Discovery: Integrating Coaching Principles for Project Success, I explored something I’ve increasingly noticed: the most meaningful insights don’t come from perfectly structured questions or rigid frameworks. They emerge when people are given the space to think, reflect, and be genuinely heard.
Most dashboards don’t fail because of bad data, they fail because the design doesn’t support how humans make decisions. Data teams produce outputs. But stakeholders need inputs that highlight signals, clarify context, and point to the next action.
Quantum superposition is one of the most fascinating — and most misunderstood — ideas in physics. In this video, I explain superposition using a simple everyday analogy: a spinning coin — and show how this concept sits at the heart of quantum computing.
Quantum mechanics isn’t just a strange theory from physics textbooks — it’s the foundation of nearly every technology we use today.
