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$9.40
41. How to Solve Physics Problems
$6.98
42. The Physics of Baseball (3rd Edition)
$23.40
43. The Physics of Star Trek
$10.90
44. The Physics of Consciousness:
$14.15
45. The Flying Circus of Physics
$15.93
46. The Physics of Superheroes
$39.99
47. Fundamentals of Physics, Student
$11.22
48. The Quantum World: Quantum Physics
$134.98
49. Physics for Scientists and Engineers
$69.19
50. Thermal Physics (2nd Edition)
$19.38
51. Hands-On Physics Activities with
$28.98
52. Physics for the IB Diploma: Study
 
$20.00
53. Student Solutions Manual Volumes
$12.49
54. Kaplan AP Physics B & C, 2008
$9.85
55. Barron's SAT Subject Test in Physics
$52.57
56. Student Solutions Manual/Study
$4.74
57. Physics Demystified : A Self-Teaching
$17.50
58. Examkrackers: 1001 Questions in
$63.00
59. College Physics, Volume 1 (with
 
$19.90
60. Essential University Physics:

41. How to Solve Physics Problems (College Course)
by Robert Oman, Daniel Oman
Paperback: 352 Pages (1996-08-01)
list price: US$17.95 -- used & new: US$9.40
(price subject to change: see help)
Asin: 0070481660
Average Customer Review: 4.0 out of 5 stars
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Editorial Review

Book Description
275,000 students in noncalculus physics; Required pre-med course; Super-accessible, straightforward help; Student-grabbing graphics and style; Icons for important concepts; 1-2-3 help with problems. ... Read more

Customer Reviews (6)

4-0 out of 5 stars Buy this book as a supplement to your textbook
Other than a few typos, this book is awesome. I learn the basic concepts from this book, and then do the problems in my textbook. This book has helped me when my professor couldn't/wouldn't. You cannot learn physics from this book only, but it is an excellent addition to any textbook.

3-0 out of 5 stars Decent book - many errors
This book is a decent book for those being taking a freshman physics course for non-majors.This is a good supplement to a calculus based physics textbook.

4-0 out of 5 stars typographical errors
it's a good book, it helped a great deal. I wish time was taken to correct typographical errors. I lost valuable time that could have been used to study.

5-0 out of 5 stars Very helpful, recommend
this is a very good book except there are some mistakes(but the mistakes are easily found and corrected by yourself). This book gives you how to attack problems in a very organized manner even though the problems are notso difficult.I came to be able to solve more challenging problems in adifferent book after solving the easy but organized ones in this book. Irecommend this book!

5-0 out of 5 stars This Is The Book If You Need Help with Physics
Beginning with the "How To Use This Book" and "How To Excel in Your Physics Course", (especially the latter) and throughout its pages, this is, without a doubt in this readers opinion, the very best bookon the subject I have found to date (And I have many). It puts you throughthe paces. If you want to know this subject and excel in it, these authorshave placed before you the practice you will need. I recommend this bookhighly for your first experiences in this subject. Starting with themathematical background required; then on to Classical through SpecialRelativity. It covers each and every topic, in a clear, concise method thatenhances learning and improves retention greatly in each and every area.It's a great reference to have on the shelf. EXCELLENT! My thanks to theauthors. Your book has helped me much more than I ever expected. ... Read more


42. The Physics of Baseball (3rd Edition)
by Robert K. Adair
Paperback: 192 Pages (2002-05-01)
list price: US$12.95 -- used & new: US$6.98
(price subject to change: see help)
Asin: 0060084367
Average Customer Review: 4.0 out of 5 stars
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Editorial Review

Book Description

Blending scientific fact and sports trivia, Robert Adair examines what a baseball or player in motion does-and why. How fast can a batted ball go? What effect do stitch patterns have on wind resistance? How far does a curve ball break? Who reaches first base faster after a bunt, a right- or left-handed batter? The answers are often surprising -- and always illuminating.

This newly revised third edition considers recent developments in the science of sport such as the neurophysiology of batting, bat vibration, and the character of the "sweet spot." Faster pitchers, longer hitters, and enclosed stadiums also get a good, hard scientific look to determine their effects on the game.

Filled with anecdotes about famous players and incidents, The Physics of Baseball provides fans with fascinating insights into America's favorite pastime.

... Read more

Customer Reviews (31)

5-0 out of 5 stars A Great Read For The Average Baseball Fan
The Physics of Baseball is a great book that should be read by any baseball fan who wants to understand the reasons behind why certain things in the game happen as they do.Robert Adair, a professor at Yale, informatively discusses nearly every aspect of the game through a scientific view.Adair uses models, graphs, and equations to further explain the content of the book.The average person will probably not completely understand every detail about the physics of the game, but will grasp the general concepts with ease.If you do have a good understanding of physics, then you will comprehend everything in the book without a problem.The book is really intended to be read by people interested in baseball, not physics.After reading the book you come away with a greater appreciation for the game and its players.Baseball players really have to understand the concepts of the game and be very gifted to play baseball.Scientifically, it seems quite improbable that a batter will successfully come in contact with a ball at such high speeds, but in reality the best major leaguers do it about a third of the time.Baseball players really know what they are doing when playing the sport.For example, a pitcher has to able to know how to make baseballs curve and change directions in certain ways.
Adair provides reasoning to what baseballs do in motion.If you have always been absolutely puzzled on how a curveball curves, then you will find the answers in this book.You will also understand the great impact outside factors have daily on the game.In a windy stadium, your batted ball might land 30 feet shorter than its normal length.Have you ever wondered why coaches teach you to hit the ball on the "sweet spot" of the bat?Adair explains how vibration and softness relate to this idea.Adair discusses wooden vs. aluminum bats, judging fly balls, and running the bases.Did you know that there is a specific limit to the distance that a batted ball can travel?You can learn this distance and the reasons behind it in the book.Adair talks about the slider, screwball, and fastball in describing the scientific reasons for how they act.You will learn the different swing motions that certain hitters use in order to hit a line-drive or home-run.Did you know that the contact between the baseball and bat last about 1/1000th of a second?Adair also ties in some controversies of the day, such as the corked bat.Adair surprisingly explains why the corked bat is commonly misconceived and its actual effect on a baseball. In the book, Adair even leaves some technical notes at the end of each chapter for the more scientifically advanced people.The book is an interesting read for anyone curious about the reasons for why things in the game act as they do and anyone looking for a fulfilling, quick read.

3-0 out of 5 stars Too heavy on the math
I know this book is about the "physics" of baseball, but for the average fan/baseball enthusiast, it is a little too heavy on the theory side of explaining the mechanics of baseball.Overall an interesting read.

4-0 out of 5 stars You need to know a significant amount of math and physics to understand it
This book is one that the serious fan will enjoy, but only if you understand a good deal of physics. Some of the problems considered are which bat is best, considering variable length, shape, weight and the type of wood. To determine which of each is best, it is necessary to understand the physics of compressible bodies and how that will change the distance the ball will travel.
The physics of a pitched ball is also covered in detail. Understanding this requires knowledge of turbulence, and differential forces on a moving object. Knowing this, it is possible to explain how a baseball can be made to curve, how a fastball hops and how a knuckle ball knuckles. Some of the most interesting results were:

*) A batted ball should only be able to travel at most 545 feet in standard meteorological conditions.
*) The contact between a baseball and a bat lasts approximately 1/1000th of a second.
*) A 10-mile per hour headwind will turn a 400-foot drive into a 370 foot one.

Each chapter ends with a collection of technical notes that extend the topic of the chapter. This material is where the mathematics gets the heaviest.
One of the most interesting aspects of the book is that none of the "common knowledge" accrued by baseball players was proven false. Curve balls do curve, and sometimes quite a bit. While a fast ball does not really hop, it does sink less than it otherwise would due to wind resistance, which to human experience, makes it appear to hop. I really enjoyed this book, as a mathematician it was fun to read the formulas that make the curve ball that I could never hit possible.

4-0 out of 5 stars Science of baseball
It taught you the science behind pitching and hitting a baseball.However it does not make the next step which is how to apply the science of the game to actual play.
Enjoyable read because it gave scientific reasons as to why coaches teach players what they do.

4-0 out of 5 stars Great learning
This is a good book for baseball players so they can learn more about how the game is played in technical, and physics way.

I was a little confused with all the formulas in calculating pitches, but that's just me.

people will like this book because of how interesting it is, and how it explains the physics of america's past time. ... Read more


43. The Physics of Star Trek
by Lawrence M. Krauss, Stephen Hawking
Paperback: 208 Pages (1996-09-25)
list price: US$13.00 -- used & new: US$23.40
(price subject to change: see help)
Asin: B000GG4ZEK
Average Customer Review: 4.0 out of 5 stars
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Editorial Review

Jacket Text
What warps when you're traveling at warp speed? What's the difference between the holodeck and a hologram?What happens when you get beamed up?What is the difference between a Wormhole and a Black Hole? What is antimatter and why does the Enterprise need it?
Discover the answers to these and many other fascinating questions as a renowned physicist and deicated Trekker explores The Physics of Star Trek.Book Description
Fully revised and updated to include the latest discoveries in cosmicscience, "the essential tubeside companion for the fans of the venerableStar Trek series" (Washington Post).

What warps when you're traveling at warp speed? What is the differencebetween a wormhole and a black hole? Are time loops really possible, andcan I kill my grandmother before I am born?

Anyone who has ever wondered "could this really happen?" will gain usefulinsights into the Star Trek universe (and, incidentally, the real world ofphysics) in this charming and accessible guide. Lawrence M. Krauss boldly goes where Star Trek has gone--and beyond. From Newton to Hawking, from Einstein to Feynman, from Kirk to Picard, Krauss leads readers on a voyage to the world of physics as we now know it and as it might one day be. ... Read more

Customer Reviews (53)

4-0 out of 5 stars Good!
This a not-so technical book that many Star Trek fans will love. Of course it requires a previous knowledge of general physics but it is very good. I enjoyed reading it and of course I have to have a college physics book by my side to get the most of it.

3-0 out of 5 stars its possible
Some things in the 'Startrek Physics' are possible..

Maybe not as denoted in the series/movies but in some fashion.
Let me list items that could be considered TREK technology.


1. Cellphones (though more in style/form that fact).
2. Visor (the visor used in STNG) is real today.
Certain kinds of blindness can see 2dB&W with this visor.
ITs been around for years.
3. Pc's ... in a way the original STartrek could have had todays pc's or similar ...

4. Some of our medical technology is a direct cause from the original startrek in that the major inventor of much of our medical stuff in ER is from a person who watched startrek as a kid and grewup specifically to invent as much ST stuff as he could.

Yes many things in SCIFI are not possible, but much of it is in some fashion.

Besides, often what is impossible today, is often possible tomorrow.

Remember these comments:
1. We wont need more than 5 computers in the whole world.
IBM (I think).
2. We will never need more than 640k (BILL Gates, confirmed).
3. We might as well shutdown the office, everything that can
be invented, has been invented. (Patent office I belive).

AMong others,
Myself, I bet my best friend in 1976, that some variation of computers like starttrek would be around in less than 5 years.
Two years later, he paid up, as I began using computers that could be linked up to be exactly that. (Slower obviouslybut there).

3-0 out of 5 stars Not for the faint of heart
The book was fine, but I didn't expect it to be oh so extremly technical.

4-0 out of 5 stars Physics Done Well
I really enjoyed this book, it really went in depth on how or if certain technologies of Trek work or don't. Be warned, that it can get very scientific, and to the untrained eye may appear to use more techno-babble then trek itself. However, it is laid out in a very concise manner, with several diagrams as well.

5-0 out of 5 stars A must...
...for anyone who likes both "Trek" and science. Laurence Krauss shows that it is possible to enjoy "Trek" while using it as a tool to teach some physics fundamentals (usually to the effect that "Trek" physics/technology is impossible or wildly improbable). The foreword is by Stephen Hawking, also a fan, who endorses the imagination-expanding possibilities of science fiction. Remember how many engineers were inspired by the example of the late "Scotty" (he was even given an honorary engineering doctorate for it). Read, and enjoy - and learn more about the awesome universe in which we live. ... Read more


44. The Physics of Consciousness: The Quantum Mind and the Meaning of Life
by Evan Harris Walker
Paperback: 384 Pages (2000-12)
list price: US$20.00 -- used & new: US$10.90
(price subject to change: see help)
Asin: 0738204366
Average Customer Review: 4.0 out of 5 stars
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Editorial Review

Amazon.com
It's not every day you hear a physicist ask what happens when we die.Evan Harris Walker, sparked by the early, tragic loss of his love, does just that and more in The Physics of Consciousness, a book in the same vein as Fritjof Capra's The Tao of Physics, but with a firmer grounding in scientific understanding. Walker marries the traditions of Southern literature--a longing for the past, a resignation toward the present, and a determined optimism about the future--to a technical explanation of the limits of materialism; a weird synthesis, certainly, but charming and engaging nonetheless. Since his primary topic is consciousness, Walker turns to neuroscience and Buddhism (its spiritual equivalent) for inspiration.His quantum-mechanical approach to synaptic transmission and "the speed of consciousness" are difficult to evaluate and seem a bit overstretched, but his discussions of the history and current events of physics are lucid and ironically lend weight to his antimaterialistic arguments. Is this, as he hopes, another step toward 21st-century religion, or just another New Age reinterpretation of the spooky world of the ultrasmall?Don't bet on either--The Physics of Consciousness will jog your brain in new ways and, if nothing else, you'll find a new appreciation for how little we really know about ourselves. --Rob LightnerBook Description
How quantum physics will explain the nature of reality and the human mind. For decades, neuroscientists, psychologists, and an army of brain researchers have been struggling, in vain, to explain the phenomenon of consciousness. Now there is a clear trail to the answer, and it leads through the dense jungle of quantum physics, Zen, and subjective experience, and arrives at an unexpected destination. In this tour-de-force of scientific investigation, Evan Harris Walker shows how the operation of bizarre yet actual properties of elementary particles support a new and exciting theory of reality, based on the principles of quantum physics-a theory that answers questions such as "What is the nature of consciousness, of will?" "What is the source of material reality?" and "What is God?"

"A breathtaking journey into the very atoms of the brain...In his rare fusion of intellectual ambition with emotional urgency, Walker exposes the emptiness of a science that avoids the ultimate questions." -Booklist ... Read more

Customer Reviews (33)

5-0 out of 5 stars Phyiscs and Consciousness
Physics and consciousness are hot topics in the quantum community and this book goes on to correlate between the outside reality (physical) and the inside reality (spiritual) It gives you a new way of looking at reality and to understand that different planes of realities exist. This is an excellent book.

Regards,
Enigma Valdez

4-0 out of 5 stars Thoughtful, but sometimes misleading.
Evan Harris Walker has written an entirely different book than you may have expected from reading the title.Certainly, the book discusses all of what is included in the title, but with a trifle more sophistication than I had expected.Readers who are not already familiar with thinking about Quantum Theory and philosophy of mind will probably find the book a rough ride.While Walker takes pains to explain the concepts, his are not certainly not the clearest available.

What is unnerving to me about this book is the lack of respect paid to the unwitting non-specialist reader.Walker argues for a specific interpretation of quantum theory, an interpretation from which the rest of his argument laregly hangs, but fails to duly note the capriciousness of his philosophical choices.The fact is that his interpretation is based on an intuition, one that he tries to force down the reader's throat via an emotional and tragic tale from his past.He uses the story, which is weaved throughout the narrative, to cultivate the appropriate emotional response from his reader so that his interpretations and philosophical presuppositions look inevitable.He is quite masterful actually, but the uninitiated reader will probably not be able to see through the rhetoric.

Walker's intuitions are certainly well argued for in this book and, if they match your own, you will probably find this book to be a powerful confirmation for what you already believed.However, please be aware that Walker's interpretations and opinions are not necessary conclusions from science and are not the only consistent approaches to interpretation.This book is, then, an exploration in the justification of a faith via various lines of evidence from science, philosophy and experience.Recommended to the experienced reader.

3-0 out of 5 stars The Nature of Consciousness and the Meaning of Life
The Nature of Consciousness and the Meaning of Life
Michael J. Vandeman, Ph.D.
December 20, 2005
Copyright(c) Michael J. Vandeman, 2005

"Consciousness is not to be found among physical objects", E. H. Walker, p.147

I think that there must be very few books that live up to the promise implicit in their title. It is very tempting to exaggerate, in order to get people to buy the book. (By contrast, Walt Whitman's Leaves of Grass, one of my favorite books, does discuss leaves of grass, but also a lot more!) As far as I can tell, Evan Harris Walker's The Physics of Consciousness: Quantum Minds and the Meaning of Life discusses neither the physics of consciousness, quantum minds, nor the meaning of life.

Woven throughout the book is a very charming and entertaining thread devoted to describing Walker's relationship with his high school sweetheart, Merilyn Ann Zehnder, and her tragic death from leukemia. I enjoyed this glimpse into the author's life, but I don't see how it contributed to fulfilling the book's promise. I suppose it gave some "human interest" to a book that otherwise could be too taxing on the brain, or served as a dramatic device -- interrupting the physics thread and creating suspense.

For me, by far the greatest value of the book was the fascinating and very detailed recounting of the history of physics -- especially the description of particle physics and quantum mechanics. It's comforting to know that quantum mechanics and relativity are an accurate reflection of the world -- all of it! It's also fascinating to watch humanity (who, according to Reg Morrison (The Spirit in the Gene), are genetically predisposed to spirituality or religion) be forced to relinquish one myth after another to the persuasive power of science. Walker's writing is lucid and generally easy to understand -- quite a feat, considering the difficulty of the subject matter and the fact that its essence can be expressed only in mathematical form! For me the book brought together numerous disparate bits of physics that I hadn't fully grasped or integrated. For that, I am very grateful.

Walker then takes a giant leap and asserts, without citing any evidence, that consciousness is different from anything ever studied or described by physics -- it's "special". He seems to assume that this is so obvious that it doesn't need proof, but, on the contrary, not only does it require evidence, but it is actually false, which derails the rest of his arguments. Remember, he has just finished describing the fact that current physical theories describe the entire universe (at least since it was 10-43 seconds old), from subatomic particles to galaxies, with enormous precision! So it is illogical to suddenly claim that there is something -- consciousness -- which is not described by those equations! (And yet, he later contradicts himself by equating consciousness with a quantum mechanical "tunneling" of electrons.) That consciousness is "special" is an assumption. If it falls, then the rest of the book -- and probably all other writing and thinking about consciousness -- also falls.

Here are some of Walker's statements in support of this assumption: "Science is incomplete and must be greatly expanded if it is to meet the challenge of this data." (p.159) "If we approach what is in those equations [of physics] exclusively in terms of those ideas physicists have put there, we will see that there are some things that are missing and that cannot be derived from the things that have gone into those equations. The equations have positions and intervals, quantities and forms, and they describe responses. But feelings are not there, nor is pain, C#, or the colors we see in the budding red rose. 'Motives' are there, but emotions are not. Conscious being is not in these equations. [That is an assumption! In other words, he is begging the question, not answering it.] If consciousness is to play its role in physics, it must be included in its own right, on its own terms. [That's funny -- ethics, philosophy, art, music appreciation, and government are also not in those equations, but no one has ever suggested that we need to expand physics in order to explain them!]. ... It will be necessary to introduce something new into physics on its own terms. This is how it has always been in physics when we have wished to understand something totally new. This is how we must do things now." (p.176) "Consciousness is something that exists in its own right and has its own identity. It is distinct from all other objects, processes, energies, and realities that physics or science as a whole reveals." (p.178) "Consciousness is nonphysical. ... It is real and nonphysical." (p.182) "The classical machine cannot have consciousness, and it cannot have any identity of its own." (p.253)

Walker then describes his theory of the functioning of the synapse, and argues that consciousness is the quantum mechanical "tunneling" of electrons across the synapse: "There, in those minute switches, at the miniscule intersynaptic cleft -- that is where the quantitative link between mind and brain is to be found." (p.194)

He then goes on to make the absurd assertion that nothing exists until it is observed by a conscious observer! "Only our observation of the object [a die thrown onto a craps table] leads it to take on one out of all its possible orientations and come to rest with one of its six faces up." (p.270) "We have seen matter and space as the natural consequence of nothing more than the fact that conscious observers exist." (p.331) In order to understand this assertion, we need to think about quantum mechanics and the Heisenberg uncertainty principle. Heisenberg showed that when one tries to measure either the location or momentum of an object, the act of measuring itself disturbs the object, so that one can determine either characteristic to arbitrary precision, but not both. This is not simply a defect in our equipment! This is the fundamental nature of matter! For example, if we shoot an electron at a phosphorescent target, until it hits the target and creates a flash of light, it has no position, but exists only as an infinite set of possible locations and momenta, with varying degrees of probability.

But it is not the observer that determines where and how the die will land! It is the table and the forces of gravity and electromagnetism! The observer enters the picture only after the die has settled into its final resting position. This is Walker's means of injecting (human, or at least animal) consciousness (and, ultimately, meaning and God) into physics. It fails. (However, I wish that Walker had spent more time on this matter, since it is the crux of his argument. I had trouble following the part that centered on Bell's Theorem, where supposedly quantum mechanics triumphs, and belief in concrete reality has a stake driven through its heart. This section (Chapter 8) was intriguing, but very difficult to understand.)

In mathematics there is a tool called "reductio ad absurdum". One makes an assumption, and then argues logically from that assumption to arrive at a conclusion that is "absurd" (obviously false). That proves that the assumption upon which the argument was based must be false (for example, one can assume that a number exists which is zero divided by zero; from this one can "prove" that 1 = 2). Thus, in the present case, the assumption that consciousness exists as something "special", not describable by physics, is false: it leads to absurd conclusions.

The other serious error that Walker makes is that he identifies consciousness with wakefulness. The state of being awake, which, according to my physiology text, is controlled by the brain's reticular activating system, is only one meaning of "conscious" ("having mental faculties undulled by sleep, faintness, or stupor: awake" (Webster, p.238)). The more important use of the word is being conscious of something: "aware of and responding to one's surroundings" (Compact Oxford English Dictionary). Wakefulness is a necessary (except possibly for dreams), but not a sufficient, condition for being aware of something. Although I am awake, I am rarely aware (conscious) of the traffic outside my house, nor even the temperature of my own skin. I am very good at focusing on one thing, and ignoring everything else. (No wonder we men are so often accused of being "insensitive"!)

A third serious error is that Walker identifies consciousness with something that takes place in a very specific location: the nerve synapse. This would imply that organisms without nerves cannot be conscious. However, Donald Griffin (Animal Thinking) has argued convincingly that thinking (complex decision-making) goes back as far as single-celled organisms, which are aware of chemicals in their environment and respond appropriately -- approaching or avoiding them based on whether they represent food, mate, or threat. Green plants detect (are aware of) sunlight and turn their leaves so as to maximize the energy they receive. Humans are genetically 98.6% identical with chimpanzees, so it is unlikely that so important a characteristic as consciousness could be present in humans but not in chimps. But we also share a large percentage of our genome with all animals, and in fact with all living things! Since consciousness (awareness of things and events outside the organism) is so integral to all life, it most likely is not simply a matter or nerve synapses, and probably is an essential feature of all living things: "All living beings, not just animals but plants and microorganisms, perceive. ... Mind and body, perceiving and living, are equally self-referring, self-reflexive processes already present in the earliest bacteria". (Margulis & Sagan, p.32) "Life ... is awareness and responsiveness; it is consciousness and even self-consciousness." (ibid., p.177) "Mobile microbes make selections -- they choose." (ibid., p.179) "The gulf between us and other organic beings is a matter of degree, not of kind." (ibid., p.182) "Thinking and being are the same thing." (ibid., p.188)

So how can we determine what consciousness is? Obviously, the laws of physics that apply within living organisms are identical to the laws that hold outside them. Walker admits that the laws of physics apply to the entire known universe. ("Life is less mechanistic than we have been taught to believe [we obey probabilistic quantum mechanics, rather than the deterministic Newtonian physics]; yet, since it disobeys no chemical or physical law, it is not vitalistic [i.e., there is nothing "magic" or "special" about life]." (Margulis & Sagan, p.178)) But this implies that there is nothing "special" about life -- nor about consciousness! And it implies that anything that can happen inside a living organism can also happen outside living things (if a distinction between living things and nonliving things even makes sense) -- including consciousness! The splitting of H2O into hydrogen and oxygen takes place in green plants, but it can also happen outside them. Every event that can happen within a living organism can potentially (given the right conditions) also happen outside them. In fact, if we assume that life and consciousness are "special", then (by reductio ad absurdum) it follows that they don't exist! No wonder they are so hard to define and describe! It is hard to define something that doesn't exist (such as, for example, God). ...

So what is consciousness? Simply the registering of an effect. A scale is conscious of weight. It is not conscious of (able to measure) anything else. If it could be arranged so as to weigh itself (I don't know if that is physically possible), then it would be self-conscious (in that one dimension). We are also capable of being conscious of weight. I can feel pressure on my skin from a weight resting on top of it, and I can also hold the weight in my hand and feel the strain on my arm muscles. These are just two possible ways of being conscious of weight, neither of which is the same method used by the scale. I am also conscious of light, which the scale is not. But I am not conscious of ultraviolet radiation, although a bee and a UV meter are. A robot is conscious, but not of enough things to survive on its own -- not enough to survive in this rough-and-tumble world. Humans are visually conscious of the movement of distant objects, but we are nowhere as perceptive as birds. Of course, being conscious of more dimensions doesn't make one superior, except in the narrow sense of those dimensions. Bacteria are undoubtedly superior in their consciousness of chemical nuances. In any case, there are obviously many ways to be conscious, not just one, just as there are many different ways to store information. Consciousness is not a fundamental constituent of reality -- nor anything new or unitary.

To show how life and non-life (whatever they are, if they even exist!) shade into each other, look at a couple of examples. Frogs in Canada freeze solid every winter and thaw out again in the spring. While frozen, they are neither alive (they don't meet any of Margulis and Sagan's criteria, since they are doing absolutely nothing) nor dead (death is, by definition, final). Okay, maybe you believe that the frozen frogs are alive, and doing something, although you don't know what. The frogs don't contain much extra energy, so if they were doing anything, all their stored energy would get used up, and they would have none left to allow them to awaken in the spring. If that example doesn't convince you, then look at the seeds stored in the pyramids for 3,000 years. Dead, or alive? Since they were able to germinate upon being given water, they couldn't have been dead, according to Margulis and Sagan and every other biologist. But they can't have been alive either, because if they were doing anything during those 3,000 years, all of their tiny store of energy would have long since been exhausted. Viruses and prions are two more examples of life shading into non-life; viruses are not considered alive, but they perform some of the same functions as living things, such as reproduction. In other words, it is not possible to detect the difference between life and non-life: i.e., there is no real difference! Life is an indefinable state of matter, kind of like (but even less definable than) the liquid- vs. solid state of water.

Thus, the real mystery is not consciousness; the real mystery is how humans can miss what is "hidden" in plain sight -- right in front of our noses! Obviously, we can't know directly whether any other organism is conscious. We can only infer that from its behavior. That goes for our own friends and family, pre-verbal or dumb (unable to talk) humans, animals, plants, bacteria, etc. Bacteria and protists (e.g. protozoa) act as if they are conscious. Or perhaps I should say that we sometimes act like them -- turning our faces toward the sun, sniffing out attractive smells from the kitchen, reacting instinctively to environmental hazards. Try this experiment: turn on the television, but turn off the sound. You will be amazed at the things you become conscious of (the mole on an actor's nose, the blond hair and brown eyebrows, the funny way people move, etc.), that you had been forced to ignore due to trying to follow (be conscious of) the (verbal) story. Meditation is another experiment in consciousness. Try meditating on the self-conscious scale. ... It's no wonder that no one has discovered what consciousness is. If consciousness is a white horse (or nothing special at all), but you insist that it is a green dragon, you can look all you want, but you will never find it. ...

Two more things remain to be discussed: will, and the meaning of life. On page 333 Walker admits: "But for all this terror, there is one thing that is worse: the thought that all the suffering and all the pleasure of life have no meaning." I don't see how the meaning of my life, or any life, depends on the existence or importance of consciousness. While life has no single, canonical meaning (else we would long ago have discovered what it is!), each person's life has -- to them -- the meaning that he or she chooses to give it. (Of course, we get some ideas from others, past or present.) The same goes for morality and ethics: what is moral is what we think (based partially on input from others) is moral. Science and physics have little to do with any of this, except to keep us honest. Science can only tell us what is, never if it should be. Therefore it cannot be blamed for any alleged decline in morality. I suspect that "immorality" is like a recessive gene -- impossible to eliminate. We also can't depend on evolution to "improve" humankind. Evolution is like justice: blind. It only ensures the survival of those who survive -- not necessarily those with any given characteristic (including alleged "fitness", whatever that is).

Then what about free will? (Walker simply refers to "will", and sidesteps this question.) The fall of Newton's deterministic physics, and the triumph of "probabilistic" quantum mechanics, implies that our behavior is neither predetermined nor predictable. (That's nice! It would be pretty boring, otherwise!) The "butterfly effect" rules. But this also doesn't imply that our behavior is under our own control. And since it is apparently decided at a molecular (hence quantum) level, the Heisenberg uncertainty principle prevents us from ever knowing causation for certain. In other words, we probably don't have free will, but we have no way of ever knowing for sure, and we feel that we have free will, so ... who cares? (Well, the criminal justice system may care, thinking that people should only be held responsible for what they deliberately do. But it's impossible to know for sure, and ... nature (evolution) doesn't care.)
In spite of centuries of thought and research into human-, animal, and plant behavior we still don't know why people commit murder -- or much else. Can you resist eating that cookie? If humans were rational, no one would smoke, right? I know that I am irrational, because no matter how often I see people behave irrationally, I still continue trying to treat them as if they were rational, by reasoning with them!

This paper would be incomplete without discussing the purpose of life -- something Walker skipped, even though he is obviously interested in it. The purpose of life is to have fun! I mean, what else could it be?! (Of course, that excludes hurting wildlife or other people, even if you happen to think that that's fun.) And I certainly had fun reading this book, and thinking about it. ...

(...)

5-0 out of 5 stars A great reference for quantum physics in real life
I was given this book by a friend several years ago, along with another book on quantum physics.This book stood out because of the approach Walker took to presenting his material.I had many insights into quantum physics as it relates to my own life while reading this book (three times so far), but the gem of the book in my opinion is contained in the appendix.I come back to Walker's insights into consciousness as presented in the last part of the book, and in the appendix many times to refresh my understanding of how quantum physics applies to my daily experience in life.This is particularly interesting when looking at how events affect my consciousness, and has given me insight into how to apply quantum physics in my daily life.Outstanding book to read, but if you have only a passing interest in quantum physics, you may want to prepare yourself to take more of an interest in the subject, as this book will be much more rewarding if you do.

5-0 out of 5 stars Double fantasy
In this insightful work, "The Physics of Consciousness" Evan Harris Walker concludes that "Consciousness is Reality."Many philosophers and scientist have suggested that consciousness can never be explained because of its subjective nature, but Walker disagrees.

Methodically quantifying the various processes involved in information exchange in the brain in terms of "bits", Walker is able to extrapolate approximations of the speed and capacities of the information being manipulated in neural activities.

With this information in hand, Walker proceeds to treat the mind/brain activities in Descartean fashion, maintaining that in order to fully understand the relationship between the part and the whole, a dualistic notion of mind and matter must be entertained. The dualities of wave vs. particle, and observer vs. observed in the strange quantum world of state vector collapse, give us a clue as to what transpires in the brain.

Walker contends that the 24 trillion synapses in the brain delineate the transition point beween mind and matter.Most have rejected quantum effects across the synapses because of the relatively large distances and energy it takes to make the leap, but these individuals have not taken into account several known facets of quantum physics such as the principles of tunneling, indistinguishability, and state vertor collapse.

Walker says that the mind itself consists of two parts--consciousness and "will".Consciousness does not have to be a part of a living entity, but is a factor in all quantum events in nature.The "will", which defines what we are, is the catalyst that collapses the wave function into one discrete, non-local event from a myriad of possibilities. According to the principles established by Bell's non-locality theorem, this state vector collapse travels out into the universe at large, and always maintains a link to our individual and collective minds.As a bonus, Walker has answered another mystery as deep as consciousness itself--the nature of time.Time is real and asymmetrical.It is the irreversibility of the state vector collapse that gives time its arrow.

This is without exception the most satisfying and believable description of the naure of consciousness I have read to date.This work is a bit difficult at times for the non-scientist, but in the end patients pays off.With great effort he has made the concepts of the principles of "indistinguishability" and "non-locality" understandable, and he has brought us to a definitive link between mind, time, and nature.

Even so, I found his distinctions between consciousness, thought, and "will" a bit confusing if not contradictory at times.But he has something very important to say about the nature of mind. And, as a result of his thorough understanding of quantum theory, he has come closer than previous scholars to finally nailing down the nature of consciousness.

Running parallel to his main thesis is a delightful reminiscence of his high school lover who died after graduation in the summer of 1952.Excerpts from his diary and rememberances of the lost love of days gone by, make Walker's work both a scholarly and endearing tale.

This review by David Kreiter Author of "Quantum Reality: A New Philosophical Perspective" ... Read more


45. The Flying Circus of Physics
by Jearl Walker
Paperback: 352 Pages (2006-06-30)
list price: US$25.95 -- used & new: US$14.15
(price subject to change: see help)
Asin: 0471762733
Average Customer Review: 5.0 out of 5 stars
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Editorial Review

Book Description
Witness astounding feats of physics

Hurry! Hurry! Come one, come all. Meet a man who can pull two railroad passenger cars with his teeth and a real-life human cannon ball. Come face to face with a dead rattlesnake that still bites. And unlock the secrets to the magician's bodiless head.

Welcome to Jearl Walker's Flying Circus of Physics, 2nd Edition, where death-defying stunts, high-flying acrobatics, strange curiosities, and mind-bending illusions are all part of everyday life. You don't need a ticket; you only need to look to the world around you to uncover these fascinating feats of physics.

Completely updated and expanded, this Second Edition of Jearl Walker's best-selling book features more than 700 thoroughly intriguing questions about relevant, fun, and completely real physical phenomena. Detailed explanations and references to outside sources guide your way through the problems.

You'll discover answers to such questions as:
* Can you start a fire with ice?
* Why does the sky turn green just before a tornado?
* Why do wintergreen LifeSavers glow in the dark when you bite them?
* If you are falling in an elevator, should you try to jump up at the last second or lay flat against the floor?
* How do electric eels produce their electric field?
* Why is wet sand darker than dry sand?
* What causes an oasis mirage?
* Why do stars twinkle?
* Could you drive a car on a ceiling? ... Read more

Customer Reviews (10)

5-0 out of 5 stars grat articles for thinking
Opens the mind to concepts of Physics.I'm a high school physics teacher and just wish I had more time with my classes to explore the ideas presented by Dr. Walker.His video series Kinetic Karnival is also great, but I haven't been able to find it available to replace my damaged copies.

5-0 out of 5 stars This book relates physics to life!
I am a retired science person who volunteers as an eighth grade science teacher.My primary notion is to convince the students that an understanding of the basic ideas of physics will enable you to comprehend more complex principals.To accomplish this, I am always searching for real life examples which demonstrate physics ideas."The Flying Circus of Physics" provides a rich mix of these examples that makes the student see physics as part of their day-to-day life and not an abstraction.

4-0 out of 5 stars flying circus
if you are a physics teacher this is a good one for your library.You won't use it everyday but it is nice to have.

5-0 out of 5 stars Congratulations Amazon for Taking My Suggestion
For about a year, I've restrained myself from buying this book, since the reviews and description did not reflect the 2007 (once set at 2006) edition. About a month ago, I suggested they do something about it. I may have even written to Walker. At last, the description is up to date. However, a week ago I just decided to buy the book and write a mini-review. I'm just going to say a few words though.

It's a much larger format width/height wise. The answers are placed after the question and they are generally much longer responses than the first edition, which I thought were a bit too brief. These are completely new topics. The references are gone, but I do believe they are on his web site--in spades. There's quite a bit of supplemental info there. To find it his site just Google to "Jearl Walker" flying circus.

I suspect another difference in the book is the questions seem to have gotten further away from common basic physics. For example, in his first book he poses the question why does the cardboard stay in place when you turn over a glass of water with a cardboard over its mouth? Of course, there are many deeper questions in edition one. Nevertheless, his questions are interesting in the second edition. He's punctuated the book with some fun "short stories" like fire-walking. The book strikes me something like the approach of Mad about Physics, which also pulls examples from (a) physics journal in the manner of Walker's first edition. I don't quite see the "conceptual" tone as in Paul Hewitt's book Conceptual Physics, or in Epstein's Thinking Physics. Just different ways of thinking about physics.

5-0 out of 5 stars wonder-full
This is my favorite book. This is a fantastic collection of hundreds of physics puzzlers, many taken from everyday life. It is full of thought-provoking questions about: superballs, silly putty, tops, and yo-yos; boiling water, dripping faucets, and blowing bubbles; rain, rainbows, snow, lightning, and tornados; bicycles, cars, boats, airplanes, and spaceships; magnets, electricity, radio, and television. It has answers in the back, but it is more fun if you try to figure it out for yourself, and resist looking up the answer. Some of these simple questions are so deep that scientists don't know the answers yet. Literally wonder-full. ... Read more


46. The Physics of Superheroes
by James Kakalios
Paperback: 384 Pages (2006-09-21)
list price: US$15.00 -- used & new: US$15.93
(price subject to change: see help)
Asin: B000RO9ZRI
Average Customer Review: 4.5 out of 5 stars
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Editorial Review

Book Description
The Physics of Superheroesapplies the reality of physics to the fantasy of comic books. James Kakalios explores the scientific plausibility of the powers and feats of the most famous superheroes—and discovers that in many cases the comic writers got their science surprisingly right. Along the way he provides an engaging and witty commentary while introducing the lay reader to both classic and cutting-edge concepts in physics, including:

• What Superman’s strength can tell us about the Newtonian physics of force, mass, and acceleration
• How Iceman’s and Storm’s powers illustrate the principles of thermal dynamics
• The physics behind the death of Spider-Man’s girlfriend Gwen Stacy
• Why physics professors gone bad are the most dangerous evil geniuses! BACKCOVER: Praise for The Physics of Superheroes

“Surprisingly enough, according to Kakalios, comic books get their physics right more often than you’d think.”
—The Boston Globe

“Writing with tongue firmly planted in cheek, Kakalios looks at classic comics with a physicist’s eye. . . . Outstanding.”
—The Orlando Sentinel

“Kakalios, a University of Minnesota physicist and unrepentant comics nerd, offers up jovial, largely equation-free deconstructions of Ant-Man’s shrinking ability, the centripetal acceleration of Spider-Man’s swing, and the strength of his silk web.”
—Discover

“Wildly entertaining, yet scientifically accurate… Comprises a fairly solid introductory education in physics, sweetened with a history lesson in classic comic book superheroes.”
—Metro

“Offers a droll but sincere look at what Superman and Spider-Man can teach about physics. . . . Entertaining. . . . His explanations are lucid and smooth.”
—Science magazineDownload Description
"If superheroes stepped off the comic book page or silver screen and into reality, could they actually work their wonders in a world constrained by the laws of physics? How strong would Superman have to be to ""leap tall buildings in a single bound""? Could Storm of the X-Men possibly control the weather? And how many cheeseburgers would the Flash need to eat to be able to run at supersonic speeds?Face front, True Believer, and wonder no more! Because in The Physics of Superheroes acclaimed university professor James Kakalios shows that comic book heroes and villains get their physics right more often than you think. In this scintillating scientific survey of super powers you'll learn what the physics of forces and motion can reveal about Superman's strength and the true cause of the destruction of his home planet Krypton, what villains Magneto and Electro can teach us about the nature of electricity-and finally get the definitive answer about whether it was the Green Goblin or Spider-Man's webbing that killed the Wall Crawler's girlfriend Gwen Stacy in that fateful plunge from the George Washington Bridge! Along the way, The Physics of Superheroes explores everything from energy, to thermodynamics, to quantum mechanics, to solid state physics, and Kakalios relates the physics in comic books to such real-world applications as automobile airbags, microwave ovens, and transistors. You'll also see how comic books have often been ahead of science in explaining recent topics in quantum mechanics (with Kitty Pryde of the X-Men) and string theory (with the Crisis on Infinite Earths). This is the book you need to read if you ever wondered how the Invisible Woman of the Fantastic Four can see when she turns transparent, if the Atom could travel on an electron through a phone line, or if electromagnetic theory can explain how Professor X reads minds. Fun, provocative, and packed with more superheroes and superpowers than an Avengers-Justice League crossover, The Physics of Superheroes will make both comic-book fans and physicists exclaim, ""Excelsior!""" ... Read more

Customer Reviews (13)

5-0 out of 5 stars gift idea
THis book ended up beinga Christmas present for my brother ( a physics teacher) and he absolutely loved it.He really liked the book and ended up reading it the following day.

5-0 out of 5 stars Physics One O Fun!!!
Great book!I really enjoyed it on so many different levels.The Author wrote it like he knew you, liked you and respected your intelligence. He gracefully justified most mainstream hero's super powers, there actual feasibility in accordance with elementary Physics, and taught you all about Physics with you barley knowing it.However I must admit, you'll need either an intense love of Physics or Classical Superheroes, or a moderate interest in both.I had an interest in both.If you really do want to learn Physics though bring a pencil, paper and a good calculator.I did.Now the only thing standing in your way is a few dollars and some cool lessons about super heroes, and the powers they possess.(Evil Laugh) Hahahahahahaha!Enjoy

5-0 out of 5 stars What a physics textbook should be!
This really could be a textbook to teach physics by. It is very well written and flows so smoothly, you won't realize how much you've learned. It coversevery aspect of physics starting with simple forces and progressing to Quantum Mechanics all the while using superheroes as examples. I can only imagine that the author must be a great professor. I've been out of college for 15 years and I would go take his class. He finds the right combination of logic, humor, & scientific information to make this a great read. You could even skim over the more technical parts concering equations if you're not into the mathematics and still get a great understanding of the point he is trying to make.

I actually thought this would be more of a compilation of superhero examples from a comicbook point of view. I had envisioned a rough analysis of many superheroes involving each of their attributes & discussing what was & what was not correct about them in the comic book world. The book is actually very different from that focusing on really only a few main figures such as Superman, Spiderman, The Atom, & Ironman. The book is structured more or less as a physics outline as I mentioned above & it works out very well this way. Almost everyone is familiar with Superman & Spiderman in some respects and the beginning of the book focuses primarily on these two figures. By then, if you're still reading, it won't matter if you really know the rest of the superheroes by then anyway. The author provides enough of a storyline background (to satisfy comic book fans) and to tell you everything you need to know concering the physics aspect.

I don't think you really need a background in physics or comicbooks to appreciate this book, maybe at least an interest in one or the other. Either way it is very informative. Being a comic book fan from way back in the seventies it was great to hear some stories and characters mentioned again that I have been away from for a long time. And if you've taken physics classes, many moons ago as I have, you'll be surprised at how well the information is presented. I think the author explains Quantum physics better than anyone I've had teach it to me.

5-0 out of 5 stars Intro to Physics, comic-book style
If you've been waiting to be bitten by a radioactive arachnid, struck by lightning while bathed in strange chemicals or be showered by a heavy dose of cosmic or gamma rays all in hopes of getting some cool superpowers, you're apt to be disappointed.Actually, you're apt to be dead, but even if you somehow survive the experience, it's unlike you'll be climbing walls, lifting cars or running past Mach One anytime soon.Forget the luck that would be required from a biological standpoint:the physics would make these and most other superhero powers impossible (and you're similarly in trouble if supervillainy is your goal).

James Kakalios's The Physics of Superheroes discusses the unlikelihood of various superpowers.He doesn't do so in an effort to debunk comics - in fact it's obvious he is a huge fan of superhero comics - but rather as a starting point to educate readers about physics.As a physics professor, he has seen that in introductory courses, students often relate to the subject more if it he puts in a context they can relate to.One can discuss gravity, for example, while discussing falling balls and the like, but it's more entertaining when Superman is brought into the equation.

And this book is definitely entertaining.Kakalios gives us a nice general overview of the world of physics for the layperson.The laws of motion and thermodynamics, electromagnetism, quantum mechanics and other topics are illustrated through specific comic book examples.For example, what would really happen if you could shrink like Ant Man, run like the Flash or manipulate magnetism like Magneto.Sometimes the science is bad, but sometimes the powers are actually plausible if unlikely.

Kakalios's writing style is easygoing and has a healthy dose of humor, often poking fun at various comic cliches as well as the real world of scientists.It's often really funny in addition to being informative.If you know your physics already, you probably won't learn that much here, but you can still have fun with the comic book material.And if you don't know your physics, this is a good way to learn the basics.Either way, this book is worth reading for science and comics fans alike.

3-0 out of 5 stars If you know your superheroes but not your physics...
With such an intriguing title (and a recommendation from a tai chi classmate), I had to pick up this book when I saw it in the library. Unfortunately, I'm not really the right audience for it: the ideal reader is familiar with the characters referenced while not knowing the physics, while I know the physics but am wondering who the heck these superheroes are? Okay, Superman and the Flash, fine. But Ant-Man, the Atom, or Iron Man? So I was at a disadvantage.

Given that, I ended up finding the book a bit dry and long-winded, though with some entertaining and enlightening bits, such as the revelation that poor Spiderman killed his girlfriend through a misapplication of Newton's Laws. So if you know the superheroes but not the physics, read someone else's reviews and decide. But if you know the physics already, this probably won't excite you. ... Read more


47. Fundamentals of Physics, Student Solutions Manual
by J. Richard Christman
Paperback: 288 Pages (2007-06-04)
list price: US$44.95 -- used & new: US$39.99
(price subject to change: see help)
Asin: 047177958X
Average Customer Review: 1.0 out of 5 stars
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Customer Reviews (1)

1-0 out of 5 stars false title
the book doesnt have the solutions to the problems at the end of the chapter. It only has other selected problems worked out. If you want those you might as well go to their website and only pay $15.
... Read more


48. The Quantum World: Quantum Physics for Everyone
by Kenneth W. Ford
Paperback: 304 Pages (2005-10-15)
list price: US$17.95 -- used & new: US$11.22
(price subject to change: see help)
Asin: 067401832X
Average Customer Review: 4.5 out of 5 stars
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Editorial Review

Book Description

As Kenneth W. Ford shows us in The Quantum World, the laws governing the very small and the very swift defy common sense and stretch our minds to the limit. Drawing on a deep familiarity with the discoveries of the twentieth century, Ford gives an appealing account of quantum physics that will help the serious reader make sense of a science that, for all its successes, remains mysterious. In order to make the book even more suitable for classroom use, the author, assisted by Diane Goldstein, has included a new section of Quantum Questions at the back of the book. A separate answer manual to these 300+ questions is available; visit The Quantum World website for ordering information.

There is also a cloth edition of this book, which does not include the "Quantum Questions" included in this paperback edition.

... Read more

Customer Reviews (20)

5-0 out of 5 stars Review By a Non-Physicist
Three themes are intertwined throughout this book:

1. Historical and biographical data on the men who, over about 50 years, discovered and described the weird world of quantum phenomenon and particle physics.The use of common sense had to be suspended during these investigations.

2. Accurate and intimidating descriptions of the particles and their interactions.I think it was Richard Feynman who said something like, "If I want to know the particulars about one of these particles, I know where to look it up."

3. Running commentary on how the quantum world works.

Of the three, the first is well-done and interesting, the second is relentless but necessary (for the career physicist), and the third is simply brilliant.It explains in clear language why the quantum world is so unlike the common sense world we thought we lived in.Difficult concepts come alive - such as wave/particle duality, the exclusion principle, the uncertainly principle, symmetry, and entanglement, or as Einstein called it, "spooky action at a distance."Unless you live like a Mennonite or are on a boy scout campout, quantum physics technologies effect the way you live your daily life - the internet even grew out of early efforts of physicists to keep each other more immediately informed about advances in particle physics.For non-physics majors, consider reading on despite lack of total understanding or you might bog down in details.As the point of view changes, concepts are restated and you'll get another try at it.This stuff is weird!

This is a great book that I highly recommend for any physicist who wants to brush up on particle physics and quantum phenomena, any undergrad or grad student in physics, or any other scientist types who are persistent enough to really want a handle on this fascinating but difficult subject.

5-0 out of 5 stars A Good Book for Non-scientists
I found this book to be very interesting. The only minor drawback is the intense focus on the many kinds of sub-atomic particles (Hadrons, Fermions, Leptons, Pions, W particles, etc.), but I really liked the way the information was presented. A good book for the non-scientist. Makes the completely complicated quantum theory quasi-understandable, if not fathomable. I think it was Neils Bohr you said that something like "anybody who claims to understand quantum mechanics really doesn't", as it is weird science based on probabilities. Not many equations in the book; a few in the footnotes.

5-0 out of 5 stars A good introduction to Quantum Physics
This is a good and readable introduction to Quantum Mechanics with a good collection of questions at the end that will be handy for educators (an answer manual is available to them).The quantum world is so far away from our daily experience that it should not surprise us that the concepts we use in classical physics such as defined trajectories, particles, waves, exact position, etc. get blurred in the quantum world. However, there are fascinating experiments, the best known is the double slit experiment, that show us the weirdness of the quantum, epitomized in the famous Wheeler's question: "How come the quantum?".

The quantum world is fundamentally probabilistic. For example, you do not who whether a specific atom of a radioactive substance will disintegrate in the next second, the only thing you can know is the probability that it will decay.

The book also traces the history of the main discoveries in particle physics and has a good number of photos of the main characters.

To conclude: anybody not familiar with QM and who wants to acquire a minimum scientific culture about one of the two main revolutions in physics of the XXth century (and the one that has had the widest impact in our modern economy) needs to read this book.

I particularly enjoyed the explanation of alpha and beta radioactivity and the discussion on CP violation, "the reason we are here", according to Nobel Prize winner Val Fitch. On the other hand, I missed some clarifications that will confuse the lay reader: why neutrinos are not their own antiparticles or how come there are 8 gluons if there are nine pairs of colour/anticolour.On the other hand, the important Uncertainty Principle is only discussed on page 213, whereas it is mentioned several times before in the book.

4-0 out of 5 stars Very accessible, but all over the place
Emit one photon at a certain point, then detect it at another point.In between, that one photon has traveled EVERY POSSIBLE PATHWAY between the two points.The location where you detect it is determined by probability, not certainty.

This book blew my mind, as I had left physics behind over a decade prior.It was very accessible, but disjointed.I suppose it is difficult to compose a flowing narrative about a subject that no one truly understands.Credit Ford for helping us learn, even if we have to keep flipping back and forth to remind ourselves what leptons and bosons and fermions are.

4-0 out of 5 stars Great theory book
This book an exellent introduction to Quamtum physics but it also talks about the history of quantum mechanics, which is quiet interresting and makes it easier to read.

I was look for an introduction to the Quantum World and this was the one. Sadly, I'm the kind of person who forget what I just read. This book is filled with theory (i.e. all sorts of leptons, quarks, force carriers, etc.) and consequently, really hard to remember.

Im in High School now and I was just curious about Quantum mechanics. I just had some really BASIC knowledge in QM and this book explained me all the rest easily althrought some explanations were incomplete like for the Weak interraction: it just says it is carried by the W and Z particle. The book does say what "carried" means (that is, force carrier) but it doesn't say actually how's it works.

Overall, this book explained a lot of things about QM but it demands the reader to remember a lot of things, especially the particles, their charge and their family (leptons, bosons, fermions, etc.).

This book CAN'T be read like a novel because you have to remember a lot of things but it's still easier to read than a book about relativity or math because it contains only few equations and doesn't ask you to "think" exept for the part when you have to know particles decay and their charge.

You must at least have some basic knowledge about Quantum Mechanics OR simply about physics before reading this. If you're interresed about QM and don't want to have all the complicated sutff (this book doesn't even say the value of Plank's constant), I deeply recommand this book. ... Read more


49. Physics for Scientists and Engineers with Modern Physics, Chapters 1-46 (with CengageNOW 2-Semester, Personal Tutor Printed Access Card)
by Raymond A. Serway, John W. Jewett
Hardcover: 1504 Pages (2007-05-04)
list price: US$184.95 -- used & new: US$134.98
(price subject to change: see help)
Asin: 0495112453
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Editorial Review

Book Description
Achieve success in your physics course by making the most of what PHYSICS FOR SCIENTISTS AND ENGINEERS has to offer you. From a host of in-text features to a range of outstanding technology resources, you'll have everything you need to understand the natural forces and principles of physics. Throughout every chapter, the authors have built in a wide range of examples, exercises, and illustrations that will help you understand the laws of physics AND succeed in your course!Available with most new copies of the text is CengageNOWfor Physics. Save time, learn more, and succeed in the course with this online suite of resources that give you the choices and tools you need to study smarter and get the grade. Receive a personalized study plan based on chapter-specific diagnostic testing to help you pinpoint what you need to know NOW, and interact with a live physics tutor through the exclusive Personal Tutor with SMARTHINKING program to help you master the concepts. ... Read more


50. Thermal Physics (2nd Edition)
by Charles Kittel, Herbert Kroemer
Hardcover: 496 Pages (1980-01-15)
list price: US$134.80 -- used & new: US$69.19
(price subject to change: see help)
Asin: 0716710889
Average Customer Review: 3.0 out of 5 stars
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Customer Reviews (24)

1-0 out of 5 stars Possibly the worst physics book ever
This is quite possibly the worst physics book I have had to use during my entire undergraduate career (and it doesn't help that my professor is pretty bad also). I am on chapter 14 and I can safely say that I know nothing about statistical/thermal physics. Like many other reviewers have said, this book is simply an exercise in reading equations. Very few times does Kittel actually explain why or what he is doing. He doesn't group important information together and, even when there is an important equation, he doesn't highlight it in anyway (yet he'll make sure to outline a completely useless formula for some small principle). He goes through the math, but doesn't explain how he goes from one step to the next half the time. The problems, in addition to the bad text, did not help me understand what I read at all. It is simply a long chore of manipulating equations to get the one Kittel wants. If your school uses this book, I would suggest shopping around for some supplemental reading.

4-0 out of 5 stars An old one
Huge content. Good book with extra information but dont deal with it if you are not taking the assigned course.

3-0 out of 5 stars Mediocre at best
I can't really say I'm a fan of this book. A good physics book has at least 1 of these qualities:

1: Nice balance of mathematical formalism and explanation of the physics (this almost never happens)
2: Enough explanation of the physics to make up for a lack of formalism (any Griffiths text for example)
3: Enough mathematical formalism to make up for a lack of explanation of the physics.

This book doesn't have ANY of these qualities. The only clear part of the book is the Introduction. The rest of it seems fairly scatterbrained. I also don't know why people are raving so much about the problems in the book-- I found them to be more exercises in manipulating/integrating logarithms instead of really giving the reader/student any further insight into the theory. All in all I'd have to say I'm pretty pissed that Berkeley uses this book and that I was forced to deal with it.

The only reason I gave it three stars it seems to be okay for reviewing the material but if you're learning it the first time around it really lacks the detail necessary for a thorough understanding

3-0 out of 5 stars Poorly manufactured book!
I remember when I took this couse as an undergraduate it was very challenging to develop an "intuitive feel" for the subject material and the book seemed to make matters worse. Several years later and after a little mathematical "seasoning", I have revisited Kittel's Thermal Physics and now realize how well the material is presented.However, I am forced to give the book 3 stars because I remember howEVERY textbook in the class(~15 students) fell apart before the semester ended. I remember paying nearly $80 for the book at the time- totally unacceptable for a book in this price range. I was actually hoping to find an inexpensive used copy to replace my original, but after reading the reviews, it appears that the binding problem has not been corrected yet. So, I guess I'll have to tolerate keeping the pages intact as I thumb through the book.

1-0 out of 5 stars Unclear and unhelpful
As a textbook for an undergraduate course on thermal physics, this offering is quite poor.The authors lack the gift of clearly communicating their (obviously quite good) understanding of thermal physics; the writing, particularly when explaining what should be simple concepts, is dense and opaque.Figures often function as nothing more than page-fillers, and do not serve to clarify the text.Important results are scattered, in many cases not even set off from the main text with any sort of visual cue.The problems for each section (and the text itself) will frequently bring in detailed information from other areas of physics or chemistry without making any attempt to explain its relation to the subject at hand.The authors often use the problems as extensions to the text, adding a half page of extraneous commentary after asking a question that takes a single line to state.As another reviewer remarked, the problems in general can take an hour to interpret and five minutes to solve.Overall, the book is very wordy when it doesn't need to be, confusing, and difficult to use.

If you are an undergraduate taking a first class in thermal physics, it will be a tremendous chore to learn it from this book. ... Read more


51. Hands-On Physics Activities with Real-Life Applications: Easy-to-Use Labs and Demonstrations for Grades 8 - 12
by James Cunningham, Norman Herr
Paperback: 672 Pages (1994-03-16)
list price: US$32.95 -- used & new: US$19.38
(price subject to change: see help)
Asin: 087628845X
Average Customer Review: 4.5 out of 5 stars
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Editorial Review

Book Description
This comprehensive collection of nearly 200 investigations, demonstrations, mini-labs, and other activities uses everyday examples to make physics concepts easy to understand. For quick access, materials are organized into eight units covering Measurement, Motion, Force, Pressure, Energy & Momentum, Waves, Light, and Electromagnetism. Each lesson contains an introduction with common knowledge examples, reproducible pages for students, a "To the Teacher" information section, and a listing of additional applications students can relate to. Over 300 illustrations add interest and supplement instruction. ... Read more

Customer Reviews (3)

5-0 out of 5 stars Excellent Resource for Physics teachers
I first got this book while student teaching, and taught by the author, Norman Herr. A most excellent teacher. His book is quite useful and highly recommended for any physics teacher.

4-0 out of 5 stars Excellent resource for teaching a homeschool co-op
I bought this as a source for ideas for hands-on activities for my homeschool co-op class.The explanations are straight-forward and the activities are easily created with found objects and home supplies.

My only caution is that you need to have an understanding of the mathematics of physics first.This may not be enough of a text to stand on its own for a non-science, non-math person.

5-0 out of 5 stars A necessity for any Physics or Physical Science teacher.
This book is packed with dozens of demonstrations and lab activities for every physics concept taught in the upper grades 7-12.Can be used to supplement the textbook or on its own.Each section (Ex: Electricity) has a brief 1-2 page overview, followed by real life examples and activities to understand the concepts.Excellent for "stepping-up" a very basic physical science text. Illustrations and reproducible worksheets. ... Read more


52. Physics for the IB Diploma: Study Guide 2/E
by Tim Kirk
Paperback: 224 Pages (2008-02-25)
list price: US$35.00 -- used & new: US$28.98
(price subject to change: see help)
Asin: 0199151415
Average Customer Review: 5.0 out of 5 stars
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Editorial Review

Book Description
This guide has been updated to meet the needs of students taking the IB Diploma Programme physics from 2007.It is highly illustrated and concepts are precisely and clearly described. Higher level material is clearly indicated and all new option material is covered. Students can use this book not only as a revision and practice guide for the exam but for learning and reinforcing concepts throughout the course. ... Read more

Customer Reviews (6)

5-0 out of 5 stars physics for diploma
hi, I just get the book for my son.There are more Kids in his class that get this book so we now about befor we bought it. It came in good Shap
and it is alway easy to order books from Amazon. I have not to get out the house. And its also nice to get a mail in me postbox.

5-0 out of 5 stars This book is AMAZING
This book is the best thing you could buy for the IB Physics test.It has all the information you need for every single topic.And it goes in order.Nothing is left out.The text looks intimidating at first, but once you start reading and highlighting, it becomes so easy.I used this book to study for my IB physics SL test, and I got a 7.Oh yeah, and for one of my options, I studied a topic my teacher never taught in class.I learned it all myself from the book.So that just goes to show how good it is.I higly recommend this book to anyone that wants to score high on this test.I also bought the IB Biology book, and so far it's helping me a great deal just for tests and quizzes.

5-0 out of 5 stars From an IB Diploma Graduate
I liked it because instead of several paragraphs of essay style writing contained in a regular textbook, this book gives a more concise visual approach and uses many diagrams and boxes with text inside to explain concepts. If you are SL or HL Physics, I strongly recomend this book.

5-0 out of 5 stars Short and Helpful
This book has basically everything that will appear on the physics papers, either standard or higher level. Study it alongst with your textbook(s), solve plenty of physics problems and you will get at least a four over seven. Of course, if you are willing to work harder, I recommend that you get some more A-level physics books, and with those on your bookshelves you will most likely score a seven.

5-0 out of 5 stars The IB physics bible
This book is probably the best resources you can get for IB physics.It is tailored to the IB syllabus and contains nothing more than what you need for the exam.This book is especially useful if your teacher does not teach, or somehow decides not to teach according to the syllabus. Also, it is a must for people who want to do well but are not willing to read through 500 pages of their textbook before the exam.For me, it certainly contributed to my 7 in physics HL, and I know it is probably go to do the same for you. ... Read more


53. Student Solutions Manual Volumes 2&3 University Physics 11th Edition
by Hugh D. Young, Roger A. Freedman, Young&Freedman
 Paperback: 387 Pages (2003-11)
list price: US$30.00 -- used & new: US$20.00
(price subject to change: see help)
Asin: 0805386963
Average Customer Review: 5.0 out of 5 stars
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Customer Reviews (1)

5-0 out of 5 stars Solutions manual volume 2 and 3
I got it in the mail faster than expected. The manual works well even though its only odd problems.I use it all the time to double check my work or figure out how to solve certain problems.I have volume one and i used it a lot so I decided to get this one.So far, its been worth the money. ... Read more


54. Kaplan AP Physics B & C, 2008 Edition (Kaplan Ap Physics B and C)
by Bruce Brazell, Paul Heckert, Joscelyn Nittler, Matthew Vannette, Michael Willis
Paperback: 576 Pages (2008-01-01)
list price: US$20.00 -- used & new: US$12.49
(price subject to change: see help)
Asin: 1419551701
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Editorial Review

Book Description
Kaplan AP Physics B & C 2008 includes:

*2 full-length practice tests (one for each exam) with detailed answer explanations

*Diagnostic tests to target areas for score improvement

*Detailed answer explanations, including sample answers for free-response questions

*Proven, test-specific score-raising strategies

*Key terminology defined in context

*Concise review of all relevant material -- not a rehash of a physics textbook, but an efficient focus on the material that frequently appears on the AP Physics B & C Exams

*Glossary of key terms

*Online component offering extra practice questions and review material

... Read more


55. Barron's SAT Subject Test in Physics 2007 (Barron's How to Prepare for the Sat II Physics)
by Herman Gewirtz, Jonathan S. Wolf M.A. Ed.M.
Paperback: 384 Pages (2007-01-12)
list price: US$16.99 -- used & new: US$9.85