Nanotechnology is radically altering the world in ways almost unimaginable in only the very recent past. With applications in arenas from medicine and science to warfare and even the world of sports, nanotechnology opens the doorway to a vast array of breathtaking possibilities. In this series of clearly articulated lectures, Professor Deborah Gibbs Sauder explores the world of nanotechnology and all its astounding applications, while also examining the ethical issues raised by the science and the impact nanotechnology is having on big business.
©2011 Deborah Gibbs Sauder (P)2011 Recorded Books, LLC
This program is OK but basic. If you are already familiar with nano tech, you probably already know much of what's in this audiobook. To be fair, this is an introduction however, one chapter covers the basics of the metric system. If you don't already know about the metric system, then you have bigger problems than learning about nano tech.
The real problem with this program is that it is read by the author. She stops in the middle of sentences for uncomfortably long periods of time and talks in the most boring monotone possible. I feel sorry for the student in her classes that have to listen to her take interesting material and hammer it flat.
See you on the road
If the information provided would have been more relevant and read a bit better.
Gotten Someone else to read.
The information in this read was pretty outdated as were many of the concepts. If you are completely uninitiated in the field then its an ok start. I was surprised since the Modern Scholar series is normally really good.
A very uninspired book. I'm sorry, but I feel as if the narrator is going to die of respiratory failure at the end of each sentence..this makes for a very uncomfortable reading. It's probably just me, but either way..simply exhausting! I've had this book for two months now, and I'm struggling to get to the end of it! Just fifteen minutes left! It will be a miracle!
Just so many examples of how nanotechnology is being used and how it will be used and how it can be used. AMAZING, a must read.
I guess after hearing everything nanotechnology can do when it was said that Universities are working hard to make nanotechnology programs because there will be so many jobs in this area and we need people trained. I am older and I still want to go back to school and be trained in nanotechnology!
This is a lecture.
YES I did listen in once sitting and I have re listened to it SEVERAL TIMES< I lost count!
This should be required reading and have your kids listen with you, it will definitely get them excited about nanotechnology and I bet they will want to go study it. I m sure whoever does will do get very good jobs!! The earlier they start the better! So jealous of those that already know how to produce items via nanotechnology!
If you're just beginning in nanotechnology or have an interest as to what it is this is the book for you. It also describes how the nanotechnology scale works in comparison to what we understand what we see every day. All and all this is the book I would recommend to anyone with an interest in the field.
ok so I have a science background. I don't know anything about nano technology but I understand physics and chemistry and I know some stuff about quantum mechanics (just a little though). with that background, I found this book to be absolutely useless. I had to skip the first 4 chapters (out of 14) just to get to the science stuff. At that point, I found the "science" to be trivial and rudimentary so I skipped 3 more chapters to get to the meat. At that point I found the lectures to be not specific enough (in other words useless) the author wasted time telling anecdote and share useless stories and examples, while she omitted all specifics of the modern nano technology. I do not recommend this book unless you are a high school drop out who never took physics and chemistry (if that's the case, you probably shouldn't start your study with nano technology).
The information was good. It is applicable to most people generally interested in materials science. You don't have to have an engineering degree to understand it. It's probably appropriate for someone with a bachelors or working on their bachelors.
Hire a reader. It is pretty obvious that she read from a script, but the pauses... in the middle of... every sentence... drove... (wait for it)... me crazy.
Absolutely. It is good information.
"possibly good for children"
this book does not go beyond what a British School child would be expected to know having studied biology chemistry and physics to the age of 18.
while I anderstand that it may be useful to someone who went through the American education system I was disappointed to see that the book adresses almost none of the exciting areas of research that are blooming within nanotechnology and avoids any sort of useful depth for information.
I feel swindled
"A very general overview of nanotechnology"
I think overall it is too basic, seems to be aimed at very general public, but for anyone who is already a scientist it is too light
Audio is clear, but more a lecture style than good narration
Yes but much more scientific details and leading edge technology
Overall the new things I learnt was limited, although generally of some interest. Think this audio book relevant facts could have been condensed.
Whilst I understand the logic of having an eminent professor reading their own lectures, in this case it simply doesn't work. The delivery and sentences are disjointed to the point of distraction, and the lack of emphasises and stresses give the unfortunate impassion that this is a dull and dry subject.
I found this a very underwhelming introduction to the TMS series, and sincerely hope that it isn't representative. I really don't see how it justifies the price tag.
The performance gives the impression that it hasn't been edited, and gives the lectures a sense of low production values. With all due credit to Ms. Sauder for a valiant attempt, these lectures would benefit enormously from being delivered by someone else.
Disappointingly, I don't feel that I've learned much about nanotechnology beyond some basic chemistry presented in the first few lectures. Ms. Sauder's descriptions of how nanotechnology might one-day be used seem to gloss over what appear to be some pretty fundamental obstacles in power, design and manufacture and give a sense of hand-waving at the details along the lines of 1) Nanotechnology, 2) ???, 3) Profit. I wasn't expecting stories about tiny robots gallivanting through my begins, but a lot more detail about uses of nanotechnology since IBM wrote their name in atoms would have been a welcome addition.
"Outstanding first introduction"
This lecture series gives a perfect first introduction to the science of nanotechnology and its context. It covers the essential physics and chemistry behind nanotechnology, how nanomaterials are seen and built, their applications, and the socio-cultural impact. It is pitched at undergraduate level, so not difficult to grasp any of the concepts. I would recommend this as a good starting point to anyone who is thinking of studying nanotechnology, or just wants to know what it is about. Although there are one or two points when you might be forgiven for thinking you were in high-school, on the whole it makes for pleasant listening. I thoroughly enjoyed it.
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