Loved this book along with all of his other books. Dr Michio Kaku is an amazing book writer amongst other things. Would listen to this and all of his other books time and time again!
This book is a fantastic run through the fringes of modern science. Part imagination part real science, he takes you step by step into the word of tomorrow. A great read for any science minded day dreamers.
The audio books I get tend to be either 1) scifi or 2) things for my husband and me to listen to on long road trips--humor or history
I think this would be a fantastic book for people who are interested in the future and science generally, but who do not follow future trends very closely. For someone like myself, who reads a ton of science fiction, reads scientific magazines and watches lots of science documentaries, there was not a lot of stuff in here that I didn’t already know.
[I listened to this as an audio book performed by Feodor Chin. The narrator did a very good job, although I did speed up the audio to 1.25 speed because I found it a bit slow going.]
Faced with mindless duty, when an audio book player slips into a rear pocket and mini buds pop into ears, old is made new again.
Michio Kaku is an American theoretical physicist at City College of New York. He has appeared on television many times and writes extensively about future inventions and their consequence in “Physics of the Future”. Kaku’s futurist perspective is based on what is happening in physics today. He extrapolated from today’s science to tomorrow’s probability. Kaku believes that all reality, yesterday's, today's, and tomorrow's, is dictated by quantum physics. At a molecular level, quantum physics experimentally confirms all reality is a matter of probability; not certainty.
Before leaving individual predictions, Kaku explains the Kardashev scale of civilization to contextualize the state of the world. The Kardashev scale begins at 0 and rises to Type V. Today’s world is estimated to be at .7, less than 1. Coincidentally, getting to 1 is the most dangerous level to achieve, without catastrophe. Level 1 presumes fusion power is available on a large-scale; antimatter is available in large quantities, and fossil fuels become an abandoned source of energy.
Getting from .7 to 1 on the Kardashev scale is fraught with human potential for world destruction. Great social upheavals will occur with the evolution of energy use. Some nations will be threatened by the change. Jobs will be at risk; nation’s economies will be overwhelmed by need for change. Purpose in life will be questioned. Social structure will be challenged by new measures of status. Civilizations will either embrace or reject cooperation among nations.
Kaku summarizes his view of the future by reflecting on a future husband’s and wife’s benefits from extraordinary scientific discoveries. Kaku opts for a utopian transition of civilization that reaches level 1 on the Kardashev scale, within 100 years.
And so–Kierkekaardian’ fear and trembling stream through Kaku’s vision of the future because many of his predictions could as easily steer mankind to an end as a beginning.
Jack of all Trades, Master of None
Yes, there is an interesting picture being painted about the future we are all moving towards to.
Yes, I have read other books of his and I think he's a good story teller.
No, this is my first time.
Yes, though I would caution people, the book is three years old now and some of the ideas for the future already seem outdated.
It's hard to get the future correctly right of course. I think what this book suffers from, as will most other books that predict the future, is what I have called the "TNG Syndrome". Namely, how in TNG everybody had tablets, but they were just books / notebooks in the traditional paper sense.
Odds are good you have a smart phone in your pocket, this is the tablet from TNG and it works quite a bit different then the tablets do in TNG.
Likewise, in the book there are a few technologies that he describes that clearly are rooted in this TNG look of the future. A prime example is how he envisions your self-driving car to figure out a route via GPS (good), and then get traffic information over sensors that are embedded in the road. This is humours to me because if you have Google Maps on your phone, you can already figure out how thick the traffic is. How does Google do it? They use your device and others to measure density and flow of traffic. Likewise, a self-driving car would not have to rely on a central authority to tell them how the road conditions are. It could communicate with the other cars in the vicinity via mesh network, thus get information even if there is no network coverage available for it.
This is just one example, there are a few others in the book. I think the ideas he has aren't wrong, it's just that his implementation of the technologies is often still insular, instead of connected. But it does give some good food for thought.