Quantum Physics Made Me Do It

A Simple Guide to the Fundamental Nature of Everything from Consciousness and Free Will to Parallel Universes and Eternal Life

De: Jérémie Harris

Narrado por: Jérémie Harris

Duración: 6 h y 39 m

Resumen del Editor

What the most successful scientific theory in history teaches us about being human.

From Silicon Valley entrepreneur, quantum physicist, AI risk expert, and Hollywood "alternative reality" consultant Jérémie Harris, comes an entertaining and accessible look at the world of quantum physics.

The discovery of quantum mechanics has paved the way to just about every important innovation in the last half century: it has led us to the technology that powers microwaves, iPhones, and self-driving cars and is about to trigger a computing revolution that will either spell the end of the human species or propel us to heights we've never imagined.

But there's another reason that quantum mechanics is so important: it is really the only way we can understand ourselves and each other. For the last hundred years or so, physicists have been feverishly debating what quantum theory has to say about you: what you're made of, whether you have free will, what will happen to you when you die, and much more.

Quantum Physics Made Me Do It is an amusing, irreverent exploration of the most successful scientific theory in human history, and a smart, entertaining adventure through the complex and beautiful world mapped out by modern physics.

©2023 Jérémie Harris (P)2023 Penguin Random House Canada Limited

Amusing but short on facts

In his book Quantum Physics Made Me Do It, Jérémie Harris implies there are two types of people qualified to talk about quantum physics – the physicists (or “sciency” people) who know very little, and Jérémie Harris who understands it all. He is a self-proclaimed PhD dropout from physics, who gets quite a following on social media talking about AI, data science and ethics. Now, in his new book on quantum physics he discusses quantum particles that are in many places at the same time, zombie cats that are neither dead or alive, stealing chicken across parallel universes, quantum immortality, conscious vegetables, and his view of scientific discovery based entirely on aesthetics of theoretical formulations, shouting matches between professors and politics of scientific establishments. The book does not say much about the fundamentals of quantum mechanics, or its standard model, which provides the best explanation of scientific observations and gives the most accurate predictions of experiments conducted in particle colliders. Instead, you will find pages filled with philosophical debates of consciousness, free will and various interpretations of quantum mechanics. Harris vigorously denies the validity of scientific orthodoxy, such as the Copenhagen interpretation, in preference to the many-worlds interpretation of Hugh Everett III, David Bohm’s pilot-wave interpretation, and pseudo scientific theories of Amit Goswami linking quantum effects with universal consciousness. None of those theories are introduced at any level of detail to convince a critical reader. However, the book is written with lots of juvenile humour, which seems to entertain some of the book reviewers and the readers who “do not want to go to school for it or do the math” (from one of the goodreads reviews). So, if you want to be amused read the book. However, if you want to learn something about quantum physics or its several, sadly not yet testable, interpretations then find another book to read.