INTERVIEW | Make Money Understanding the Chip Industry, AI’s Future, and the Coming Quantum Computing Revolution with Rakesh Kumar
Rakesh Kumar is a professor and John Bardeen Faculty Scholar in computer engineering at the University of Illinois and a renowned expert on semiconductors. His research has helped shape the chips powering the phones, tablets, and computers we use every day, and he has advised chip companies, startups, governments, and intelligence firms. In this episode, Rakesh breaks down the fascinating history of computer chips, explains how advances in chip technology have fueled the AI boom, and explores how quantum computing could transform everything from scientific discovery to cybersecurity. He is also the author of the upcoming book The Chip Age: How Semiconductors Became the World's Most Powerful Resource.
On this episode we talk about:
How computer chips work, why they're so revolutionary, and the history behind their invention
Moore's Law and how the semiconductor industry has continually doubled the number of transistors on a chip
The relationship between AI's growth, computing power, and the billions of dollars being invested in chip technology
How quantum computing differs from traditional computing and when it could become commercially useful
The potential impact of quantum computing on encryption, weather forecasting, drug discovery, and material science
Top 3 Takeaways
Technology advances when people turn ambitious goals into industry-wide priorities. Moore's Law began as an observation about transistor growth, but the semiconductor industry adopted it as a goal and worked collectively to keep pushing the limits of computing power.
AI and semiconductors depend on each other. More powerful chips made modern AI possible, while AI's growing commercial potential is driving further investment in chip development. However, this feedback loop also raises the stakes if either industry fails to deliver.
Quantum computing could unlock solutions to problems traditional computers struggle to solve. From discovering new drugs and materials to improving weather predictions, quantum computers could make complex scientific problems more tractable. But building useful, cost-effective systems remains a major engineering challenge.
Notable Quotes
"Think of a chip as essentially an electronic tiny brain."
"Moore's Law, it was no law at all. It was just an observation that somebody made."
"Science continues to be very hard."
Connect with Rakesh Kumar:
Other: Check out his book, The Chip Age: How Semiconductors Became the World's Most Powerful Resource.
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