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Suggestive study of an endlessly fascinating masterwork.
Lynches Classic Under the Microscope
It's A Strange World

Unremarkable
If you like spectacular photography AND fly fishing .......
Fly Fishing Pornography

Bad book
Good companion to the musicWe use the book by itself sometimes. Other times, my child will read along while we listen to the symphony.
A great book for little people who love music!

Disturbing
Beautiful First Novel
Stripped the layers of B.S.,was a very refreashing read.

the tale of benjamin bunny
Benjamin Bunny

A wordy classic
Excellent Collection Replaced by Larger One!

eh....
My eleven-year-old daughter loves it!The other American Girls stories are written to present girls in other times throughout American history, in an interesting and realistic manner, and to teach lessons. Breaking that mould, this book presents a girl of today, a girl whose adventures are less than realistic, but quite humorous and entertaining. I must admit to being disappointed with this book, but my eleven-year-old daughter loves it! She liked the way that Lindsey bounced from adventure to adventure, and read the book through from cover to cover.
So, while I'm not enthused about this book, I am glad for any book that grabs my daughter's interest, and makes her want to read. This is just such a book.
This one hit a chord

Cryptoscience at best.
Idiosyncratic but fascinating workIn the second half of the book Atkinson uses the facts he's outlined to create a fictional scenario - to allow readers to understand how it would feel to live through such an impact. It's very effective. I started out a sceptic, but Impact Earth changed my mind.
Terrifyingly authentic popular science makes great impact

Not worth the rants and inaccuraciesHowever, the good parts are badly obscured by the rants (primarily against K. Eric Drexler and his views on where nanotechnology can go), inaccuracies in the basic science and technology of today, his own fantasies of the future that are wilder and less likely than much of what he rants against, and his hero-worship of anyone who hints that they agree with him about Drexler.
Some of his mistakes are real howlers. For example, he seems to believe that a particular method of cooling means that practical perpetual motion is possible. He rails repeatedly against the possibility of self-replicating assemblers, yet seems to think that in less than 15 years a small business will be able to design (and then quickly build) a self-replicating nanomachine that will be able to disassemble dust into CO2 and H2O (and the main problem will be that the business model will fail because people can take a cup of the dust-busters home from a friend and they'll reproduce until there are enough for the new home). Possible someday, maybe, but probably much later than his time scale, and certainly not possible if all his other objections happen to be valid.
I didn't mind too much the chatty style and the many irrelevant bits, but found his attitude in many of those parts a bit too smug, or even offensive. If the anti-Drexler rants and ad hominem attacks were confined to one chapter, it could possibly be ignored, but it is repeated througout until the whole experience becomes wearisome. Combined with all the other flaws, it just wasn't worth it. Unless you enjoy searching for the mistakes, illogical rants, inconsistencies, and examples of his own stupidity, avoid this book.
Atkinson on Nanotechnology and the NanotechsHe is at his best in the clarity of explanation he brings to complex scientific and technical concepts. A must read for the non-scientists among us who seek to understand the social, political, economic and cultural impact of this emerging branch of contemporary research, especially in terms of near-future applications.
Atkinson is not simply a passive arranger of taped interviews, but reacts as an opinionated individual to his material and subjects, thus reflecting the realities of debate, reputation, emotion and ambition in modern science. Although his admittedly strong personality occasionally becomes unduly judgemental, even harsh, in dealing with some of the resident denizens of the nanoworld, yet it represents to the intelligent lay reader a much needed corrective to the popular idea that science is all empirical evidence, robot-like lab rats and indisputable formal logic. As with Atkinson himself, the nanotechs emerge on his pages as real people, complete with foibles, agendas, ambitions, priorities and feelings.
In the best tradition of effective futurists, Atkinson is not attempting to predict precise developments centuries from now, but rather to explore both the larger societal implications and the immediate technical possibilities likely to come from the explosive world of nanotechnology in the next few decades - in the maturity of today's adolescent or young adult.
This is what he sets out do and, allowing for the frequent intrusions of an admittedly strong personality, he does it well.
Bullish on nanoIn Nanocosm, Atkinson brings his effusive and sometimes castigating style to the various fields of materials science, genomics, and business, and tries to separate the myth from the math in nanotechnology, traveling the globe to talk to the people on the front line of research and marketing.
Atkinson starts his book with a short history of nanotechnology and a metric marathon from the macroscopic to the microscopic and beyond, trying to put the nano realm in its place. He also introduces some of the main characters who might be considered the progenitors of nanotechnology-specifically, Richard Feynman, who conceptually presented nanotechnology in his seminar "There's plenty of room at the bottom"; and Eric Drexler, the author of the first book about nanotechnology, Nanosystems: Molecular Machinery, Manufacturing, and Computation. By the third chapter, however, Atkinson begins to focus on what is happening today, starting with an analysis of materials science and its role as the foundation of nanotechnology.
The next several chapters continue Atkinson's explorations into the practical realities of nanotechnology. In one section, he discusses the financial requirements of nanotech research, describing the effects of the Clinton initiative and how the dotcom implosion might actually have released funds that had previously been swallowed by Web and software development. In another section, Atkinson describes the use of quantum tunneling technology as a method to transfer waste heat and how research into microfluidics is changing the medical diagnostics industry.
As Atkinson talks to the people on the front line, he discovers that one of the biggest challenges that will be faced by nanotech engineers is that the concept of "same only smaller" might not hold true. It was (and is) firmly believed by some researchers that moving from the microworld to the nanoworld simply required that everything become magnitudes smaller. But as theory becomes reality, researchers are finding that physical concepts largely ignored in the macroworld such as Brownian motion and van der Waals interactions become overwhelming challenges in the nanoworld. When you function at the size of an atom, a random photon can become a serious problem. Given these problems, nanotech engineers have to rewrite the design manuals.
There are two challenges to reading Nanocosm, however. Atkinson's writing style is very personal and a little scattered, something he fully admits in his foreword. He isn't presenting this material as an exhaustive or definitive survey of nanotechnology. Rather he is writing about the things and people who he finds interesting. At times, his personality can overwhelm the reader and he can come across as glib or coarse. Which leads to the second challenge.
Atkinson is not a fan of Eric Drexler, and he presents his distain for the man in no uncertain terms. In small doses, littered throughout the book, his anti-Drexler stance can be overlooked. But in Chapter 5, Atkinson begins a discussion of Drexler and his scientific shortcomings that borders on a rant. Although there appears to be validity in Atkinson's arguments, his envenomed approach can be tiresome and this section can be skipped in favor of Chapter 6.
These challenges aside, however, Nanocosm is a pleasure to read. Somewhere between Richard Feynman and Douglas Adams are the writings of Bill Atkinson. If the reader keeps this in mind, they will enjoy the book immensely.


Violence is not the answer
A very good book
The Tale of Squirrel Nutkin
This thesis is arguable to say the least, and Atkinson himself isn't always very convinced by it. Using a loose psychoanalytic framework, he discusses 'Velvet' as a psychodrama, a narrative unleashing of the Id, with Jeffrey as a kind of Alice or fairy-tale figure undergoing the harrowing, identity-threatening psychic journey to maturity. You may disagree with Atkinson's wider conclusions, but his attentive, close reading of the film pays justice to its full, ambiguous complexity, singling out Lynch's idiosyncratic use of colour, composition and the widescreen frame; his manipulation of physical space in psychic space; the equal importance of his 'aural design' to his visuals; his unexpected sensitivity to class and gender politics; his use of performance (Atkinson brilliantly recuperates the famously vicious Frank (Dennis Hopper)). Each passing insight adds layers to the film's suggestibility, without ever hoping to tie it up, so bound up is Lynch's aesthetic to his own impenetrable demons.
Atkinson has an annoying habit of repeating alienating buzzwords like 'interface' and 'topoi', where clearer words will do; his contention that 'Velvet' is a 'pure' movie, untainted by cinema history, is simply wrong (Douglas Sirk and Hitchcock's 'Vertigo' are obvious precedents for a start), and his interpretation of Lynch's Dennis Potter-like use of song is way off the mark. But if you want to tease out some of the stranger mysteries of Lynch's beautiful and enigmatic film, this is the book to get.