Monthly Archives: June 2013

Nanotechnology Quiz II – Advanced Level

Artificial Atoms

Just click on the START QUIZ button below – there are 10 questions worth 1 point each.

Still wish to test your mettle further? Then take the Expert Level quiz below:

http://nanotechwizard.com/nanoscience-quiz-iii-expert-level/

Enjoy! – Joel-Anthony Gray

Nanoscience Quiz - Advanced Level

This is a more advanced quiz on nanotechnology and the second one in a series of quizzes on Nanoscience that I created.

Nanoscience Quiz III – Expert Level

Feynman

Nanoscience Quiz - Expert Level

This nanotechnology quiz is designed to be tough for even grad students and professors. It would probably be more fair to categorize by specific fields such as nanophotonics or nanoscale fluid mechanics, but that will take a while. In the meantime, I’m sure you will learn something.

Nanotechnology: Understanding Small Systems

Nanotechnology: Understanding Small Systems 1st Edition Hardcover by Ben Rogers, Jesse Adams, Sumita Pennathur

CRC Press 2008WorldCatLibraryThingGoogle BooksBookFinder

Nanotechnology Understanding Small

ISBN 0849382076 –  416 pages   $65.00 on Amazon  Published 2007

This is one of my favorite introductory texts for nanoscience as the writing is clean, detailed and well-organized so that you can easily find information on specific topics. There are numerous analogies and illustrations throughout the text which do an excellent job of explaining complex topics.

The associated math is presented as a near perfect balance between supplying key equations with the necessary explanations of the symbols and constants without being overly dense. What sets this book apart from other texts are the “Back of the Envelope” sample problems in each chapter which are worked through completely with the appropriate physical insight commentary. This form of presentation breathes life into equations which might easily be confused or ignored altogether.

There are even chapter questions at the end, though the answers are in a solutions manual which is sold separately. (which makes it a good candidate for any professor teaching a university level Introduction to Nanotechnology course.

One unique chapter is devoted to scaling laws, which is the heart of what makes nanomaterials unique in properties and application. While the book is very readable and not overly sophisticated, I feel that any grad student that masters the concepts presented within will be well armed to answer or understand most nanoscience questions and concepts.

NOTE: There is now a 3rd edition of this text just published in October 2014, but I have not had the opportunity to see what changes have been made. (the page count has not gone up by much) Please note that this latest edition has won the Amazon Favorite Books of 2014 Award.

Bio-Nanotechnology: Concept & Applications

Bio-Nanotechnology: Concept & Applications 1st Edition Hardcover

by Madhuri Sharon, Maheshwar Sharon, Sunil Pandey, Goldie Oza

Bio-Nanotechnology Book Review by Joel-Anthony Gray

Bio-Nanotechnology: Concepts and Applications

ISBN 1439852146 –  300 pages   $66.31 on Amazon  Published May 2012

I am more than a bit surprised that a fresh book in such a cutting edge field is so inexpensive and seems to be a bit unknown at this time. (at least I am not seeing any reviews on Amazon as of this writing)

Despite some flaws and shortcomings, this is quickly becoming one of my favorite texts on the subject.

There is definitely more of a bias towards helpful illustrations, photos and diagrams in here than there are equations, so this is NOT a hard-core reference manual, but it is an excellent overview of some of the latest concepts and approaches in the field of bio-nanotechnology.

The areas covered are broad and what I find to be the most valuable contribution of this work is the ILLUMINATION that it provides on fundamental concepts that are too often obscured by analysis and math symbology. For example, the chapter on ATP Synthase motor dynamics is the most detailed and yet most understandable explanation I have yet encountered on this almost supernaturally efficient wonder of nature. 

There are numerous other eureka moments I encountered throughout the book while reading; the kind of “Aha!” transitions that professors and PhD students allude to when you reach a certain quantum leap in understanding and you glimpse how all sorts of “First Principles” converge, interconnect and hang together.

The only detraction at times is the glaring grammatical mistakes in certain chapters that are the obvious result of mistranslated material and/or a lack of good proofreading. This may seem picky, but in some cases the error is of such a magnitude that the technical meaning is distorted into misinformation. In one case, the number of hydrogen bonds between nitrogenous bases is incorrectly illustrated as 2 for both A & T and C & G with the ring order in DNA accidentally reversed. (the correct number is 2 and 3 respectively) Still, a sharp student or professor should be able to suss out the wheat from the chaff; I just look forward to a 2nd edition that has been more carefully edited.

All in all, if you want a good technical overview of trends in bionanotechnology or just need to review the basics, then this is a must have, but I don’t find it suitable as a primary academic textbook. (but a recommended supplement)