Thinking AI: How Artificial Intelligence Emulates Human Understanding

Can a computer program think like a human?

"Can machines think?" Ever since Alan Turing posed this question in an influential 1950 paper, it has been central to research in artificial intelligence. More than seventy-five years after Turing's paper, we grapple with it every time we wonder if Watson was actually smarter than Jeopardy! champions, or if ChatGPT really knows what it's talking about. In Thinking AI, computer scientist John MacCormick explores Turing's question from a perspective informed by a detailed understanding of the way modern AI systems work. MacCormick explains, in accessible fashion, the ideas behind the two main pillars of the twenty-first century AI revolution: deep neural networks and reinforcement learning.

MacCormick offers a tour of the most famous AI systems, including AlexNet and VGG16, deep neural networks for object recognition that led to a Nobel prize; DeepMind's AlphaGo, which shocked AI researchers with its superhuman performance in the game of Go; and OpenAI's ChatGPT, which stunned the world with its natural language capabilities. He describes how each system works, and points to parallels with human brain processes. Both human minds and computer programs, MacCormick explains, can induce intelligence through emergence: the capability for new phenomena to emerge from the interactions of many small, simple components. Does this mean that a computer program can think like a human? In many ways, MacCormick argues, the answer is yes. In Thinking AI, he reveals a new landscape of emergent intelligence--a world in which computer programs can emulate many or all aspects of human thinking but humanity retains its meaning and purpose.

Author: John Maccormick
Publisher: Princeton University Press
Published: 04/21/2026
Pages: 296
Binding Type: Hardcover
Weight: 1.40lbs
Size: 9.40h x 6.10w x 1.20d
ISBN: 9780691191737


Review Citation(s):
Kirkus Reviews 02/15/2026

About the Author
John MacCormick is professor of computer science at Dickinson College. He is the author of Nine Algorithms That Changed the Future: The Ingenious Ideas That Drive Today's Computers and What Can Be Computed? A Practical Guide to the Theory of Computation (both Princeton).