Скачать или смотреть Why Computing Has a Physical Limit: The End of Moore’s Law

For decades, the global economy has relied on a single industrial trend: the expectation that computing power will double every two years while costs drop. This concept, known as Moore’s Law, is often treated as a fundamental scientific truth. However, Moore’s Law was never a law of physics—it was a business observation that is now colliding with hard physical reality.

In this video, we investigate the fundamental physics that are bringing the era of easy scaling to an end. We examine the "atomic floor"—the point where silicon transistors become so small (approaching 0.2 nanometers) that classical physics breaks down and electrons begin to quantum tunnel, causing chips to leak energy and overheat.

We also explore the "declining productivity of ideas," a concept backed by research from Stanford and MIT, which reveals that maintaining our current rate of innovation now requires exponentially more researchers and capital than it did in the 1970s.

In this video, you will learn:


The Real Definition of Moore’s Law: Why it was a manufacturing roadmap, not a universal constant.

The Physics of the "Atomic Floor": How silicon crystal lattice structures place a hard cap on miniaturization.

Quantum Tunneling Explained: Why shrinking transistors below 2–3 nanometers causes them to fail.

The Great Stagnation: Why breakthrough innovation is becoming exponentially more expensive and difficult to achieve.

The Economic Implications: What happens to an economy built on infinite growth when the underlying technology hits a ceiling.

Join us as we look past the marketing keynotes to understand the engineering reality facing the future of technology.