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Hats off to Hafemann!
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The storylines presented here cover Peter Parker: Spiderman issues #27-28 and 30-34. They include...
#1 - Spiderman battling his arch-enemy Stromm...and then being placed into a situation where he has to decide, "Is it right to kill someone if thousands of future lives will be saved?" Interesting question but it could have been presented in a much stronger light. The villain of Stromm is also not one of the stronger antagonists that Spidey has battled.
#2 - Spiderman battling a revenge hungry foe called Fusion. This storyline takes several interesting turns, the most interesting being when Spiderman receives that "One Small Break" of the title's name. Overall an average outing but there was plenty of untapped potential.
#3 - The best storyline of the bunch (and the only one worth reading in this collection) is a story dealing with Peter Parker (not Spiderman) and his past relationship with his Uncle Ben. The story focuses around an annual attendance of a Mets game and it works on several levels. Again there is some cartoonish nature that detracts from it and keeps it from reaching a "Best of..." level, but overall this one is a great read.
#4 - A silly and stupid and underdeveloped story about a man cursed with dangerous powers and who is being chased by some friendly monks (in the Monk-Mobile!). UG! Why was this story written in the first place...much less included in a TPB? What a waste of space and it doesn't say much if this is the higher level of story to be included into a mainstream TPB.
If you're "Jones-ing" for a Spiderman read then you may want to pick up One Small Break. But if you want to read Spidey in some of his top storylines then look for other TPB's available such as: The Death of Gwen Stacy, Power and Responsibility, or Untold Tales of Spiderman, you'll have a better time there.
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One of the big shockers in both books is that: "Application of evolutionary principles does not lead to the conclusion that all parasites [including viruses and bacteria] evolve toward benignness."
Only under circumstances where new hosts are relatively hard to infect (due to a clean water supply or screened windows or condoms) are parasites forced to co-exist in a relatively benign state with their current victims. In both books, Ewald uses cholera as an example of a germ that has evolved to benignness in countries with clean water supplies, but is still a killer in countries with bad plumbing.
"Plague Time" takes this thesis a step further and concludes that many so-called chronic diseases such as atherosclerosis and certain cancers are also caused--or at least triggered by infection.
Peptic ulcers are a case in point. Even though some doctors back in the 1940s realized that antibiotics could heal ulcers, the technique never caught on in mainstream medicine. It was too easy to blame the patient's life-style and stress levels, and besides 'Helicobacter pylori' was hard to find. Four decades later, researchers in Perth, Australia discovered that patients with ulcers and gastritis improved after tetracycline. One of the researchers, Barry Marshall drank an infective dose of 'H. Pylori,' got gastritis, then cured himself with antibiotics. "Still, it was only in the mid-1990s that the medical establishment finally generally accepted the idea that peptic and duodenal ulcers are infectious diseases."
So what will the decisive medical technologies of the future be, if it is indeed accepted that many chronic illnesses are caused by infection? The author believes that, "Vaccines, antimicrobials, and hygienic improvements may control most heart disease, infertility, mental illnesses, and cancers, especially if these solutions are used not just to decimate pathogens but also to direct the evolution of the causative microbes."
"Plague Time" is a fascinating look at what may be the near-future of medicine if physicians can be trained to look at infectious diseases in terms of evolutionary epidemiology.
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The author only briefly delves into what life was like back in the early part of the century. There is even briefer mention about the women's lives. You are told in passing that some of the men beat their wives, for instance.
The main portion of the book, the trial, isn't told very well either. I understand that there were alot of women that went to trial, but most of them get a few pages. Two of the trial lawyers get more coverage than most of these women.
Overall, more of a general synopsis of what happened than anything with real depth.
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The book is a collection of four lectures given in the subject's honor in 1995 on the tenth anniversary of his death. The final lecture and the latter part of the third are highly mathematical and technical and clearly intended for a professional audience.
But for me, the first lecture by Abraham Pais is worth the purchase price alone. Pais was not only a contemporary physicist, but also a close friend and as close to a confidant as was possible with such a reticent man.
Through Pais' eyes, we see a mathematician turned physicist who was very different from the man to whom Dirac is most frequently compared, Albert Einstein. Einstein was a physicist first, mathematician second. Dirac was exactly the opposite. Einstein became a social and political critic, Dirac never strayed far from his study. The two were similar in that both viewed mathematical beauty as primary and both hated the modern remake of quantum mechanics (after the initial theory) for very similar reasons. This last point was interesting as Dirac was the first one to combine all his contemporaries' work on this improved quantum physics into a formal mathematical structure. His resulting equation, called naturally the Dirac equation, is classic Dirac, short and sweet. It combined Einsteinian relativity with the new quantum theory and Dirac considered the result to govern most of physics and all of chemistry. Stephen Hawking, the renowned theoretical physicist, says in his introductory memorial address to the book, "If Dirac had patented the equation ... he would have become one of the richest men in the world. Every television set or computer would have paid him royalties." For this work, Dirac shared the 1933 Nobel Prize with German physicist Erwin Schroedinger. One unexpected consequence of this work was a mathematical conclusion that defined a "negative energy" matter (aka antimatter) solution. Simply put, he had discovered a universe noone had imagined. To this day, we see the effects of this discovery from medical necessities (PET scan imaging-Positron Emission Tomography) to science fiction (Star Trek).
The quotations and anecdotes Pais chooses are well placed and often very funny. They are also supported by the images of Dirac portrayed in the sketch on the cover and in the few photographs scattered through the first two lectures. They reveal his character well. He saw mathematical and physical realities so clearly that he simply could not understand why others did not see them as well. The photo of him "listening" to future Nobel Laureate Richard Feynman in Maurice Jacob's section is one of the most amusing of the collection.
In the second lecture, Jacob shows the path of discovery and effect on latter day experimental physics of antimatter. He goes too long in spots but is generally fine.