Massively Small Stelios Pamfilis 9781530372409 Books
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Massively Small takes you on a fascinating journey through cutting-edge science—from particle physics to astrophysics—unifying today’s incompatible theories with a surprisingly simple idea from the dawn of science itself.
For as long as human beings have had self-consciousness, we have wondered about the origins of the universe. Today, we use science to make sense of the world around us. Yet, despite the paradigm-shifting work of such pioneers as Isaac Newton, Max Plank, and Albert Einstein, among many others, modern theories such as photons, gravitons, motion, matter, space, and time all have major inconsistencies.
Written for the general public, Massively Small identifies and articulates the anomalies plaguing the current physics. And by presenting new ideas in a novel framework—a framework drawn from ancient conceptualizations of the fundamental structure of reality—it boldly begins the process of shifting the paradigm yet again.
From quantum mechanics to relativity, from theories of time, light, gravity, and mass to the cosmological theory of the big bang, this book shows how every question in physics can be answered by viewing the microstructures of the universe in a particular way.
The ultimate goal is to reach a large-scale unified theory by beginning at the smallest scale.
Massively Small Stelios Pamfilis 9781530372409 Books
This book is an attempt to unify quantum physics with general relativity by doing away with both of them and invoking a neoclassical atomic theory of reality based on "Planck units." This is a case of material reductionism carried to extremes. We are led to believe that the Planck constant has significance because it is small, so by multiplying the Planck constant by powers of something small (the gravitational constant) and dividing it by powers of something big (the speed of light), we eventually arrive at something really, really, really small, i.e. the Planck length. The very smallness of this unit of measure convinces Pamfilis that "Planck units" must represent something truly fundamental. Unfortunately, combining powers of h, G, and c differently results in things that aren't so tiny or fundamental: the Planck mass, which you can actually weigh on a scale, and the Planck energy, which can power a home for a month.Anyways, this atomic theory of the universe doesn't account for the constancy of the speed of light for all observers. A "Planck unit" handing off electromagnetic vibrations to its immediate neighbors at the speed of light doesn't account for the constancy of the speed at which information passes from A to B when the observer is moving relative to those "Planck units." Any aether-based approach must invoke the Lorentz transformation to account for this.
The atomic theory of "Planck units" envisions a limitless sea of these preexisting units of immeasurable smallness into which the universe expands, and a "time before the beginning" when nothing fundamentally changed. But whatever one may consider "time" to be, time absent change would just be an empty, meaningless abstraction.
I gave "Massively Small" two stars instead of one because it provided a fairly decent historical account of theoretical physics in the 19th and early 20th century. I also think there is some justification to the author's skepticism regarding the recent "discovery" of the Higgs boson. In addition, I commend the author for pointing out the fact that gravity is not a true force, and gravitation should be described in terms of geodesics of free-falling objects instead of a force (an apparent "gravitational force" happens when an outside influence prevents an object from following its free-falling path). So in this respect I would agree with Pamfilis that an hypothesis of a massless particle (the graviton) that serves as the mediator a non-existent force is highly questionable. But this is where my agreement ends. As a presentation of a consistent theory of aether of "Planck units" that could replace both general relativity and quantum physics, I'm afraid "Massively Small" gets zero stars. One should read the works of John Stewart Bell, a true genius, for a much more consistent defence of the aether as being a viable alternative methodology to special relativity.
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Massively Small Stelios Pamfilis 9781530372409 Books Reviews
Stelios Pamfilis’s Massively Small is a must read for those with an interest in physics theory and thinking. His passion for physics is evident in this eloquently written book. He makes physics understandable at many levels and is not intimidating in nature. The book is thought provoking and makes you questions current theories. It brings to light a new theory with compelling rationales to back it up that will leave you inspired. A brilliant innovative book, strongly recommended for everyone!
Dr. Pamfilis has written an intellectually stimulating, daring book. The merits of his basic theory would have to be evaluated by someone who knows much more about physics than I do. Nonetheless, I can say this "Massively Small" is a well-written, thought-provoking work. As I understand it, Dr. Pamfilis finds merit in the concept of "aether," which was discarded following Einstein's theory of relativity. However, Einstein's theory doesn't indicate that "aether" is inconsistent with relativity; rather, Einstein had no need of aether, so it was simply abandoned. However, the continuing difficulty of reconciling Einstein's theory of relativity with quantum physics suggests that physics might have taken a wrong turn and is getting lost in a wilderness of weirder and weirder ideas. (Dr. Pamfilis is not afraid to take on the most sacred tenets of contemporary physics. In particular, Dr. Pamfilis is very skeptical about the discovery of the Higgs boson (and makes a good case for skepticism) and is also skeptical that the graviton particle actually exists). Dr. Pamfilis makes a good case that the fundamental framework of the universe is an unimaginably vast ocean of Planck units, and, I think one has to admit that his theory helps us understand deep puzzles, such how does gravity work at the quantum level and also the puzzle of quantum entanglement. Dr. Pamfilis does not claim that he is proposing the Theory of Everything. However, it's quite possible that he is pointing us in the right direction.
I'm a lawyer, not a scientist. So, I can't say if there are any fundamental scientific errors in Dr. Pamfilis' theories. However, it is quite obvious that Dr. Pamfilis knows his stuff. He has done his research, and, indeed, one of the book's many virtues is Dr. Pamfilis' ability to explain, in layperson's terms, very difficult concepts and ideas. He writes very well, and this book is a pleasure to read. There is, I believe, a feeling that some eminent physicists have that physics might have strayed down the wrong path and that it's time to re-examine some of the science regarding string theory in particular. This much is certain. If you like science, clear thinking, and intellectual adventure, you'll love this book.
I found this book to be very interesting. If you are interested in a different perspective on quantum theory you to may enjoy.
I loved the book. A proposed new approached to quantum mechanics. Authors writing style was great. Not another dry book on QM.
The author, who is a medical doctor, presents a good historical background for the Planck Unit, which is the basis for his Theory of Everything. I enjoyed reading the book, however someone without a background in physics may find the book challenging.
This book will challenge you to reconsider your most revered ideas relative to light, gravity and mass. You may further challenge how, and by what mechanism was the universe created.
Many of us enjoy the science but it is rare to find any publication that is written in such a way that challenges the brightest of the bright to consider new and innovative ideas, while being simple enough for those of us who are not as gifted to gain a greater understanding of the world in which we live.
This book is an attempt to unify quantum physics with general relativity by doing away with both of them and invoking a neoclassical atomic theory of reality based on "Planck units." This is a case of material reductionism carried to extremes. We are led to believe that the Planck constant has significance because it is small, so by multiplying the Planck constant by powers of something small (the gravitational constant) and dividing it by powers of something big (the speed of light), we eventually arrive at something really, really, really small, i.e. the Planck length. The very smallness of this unit of measure convinces Pamfilis that "Planck units" must represent something truly fundamental. Unfortunately, combining powers of h, G, and c differently results in things that aren't so tiny or fundamental the Planck mass, which you can actually weigh on a scale, and the Planck energy, which can power a home for a month.
Anyways, this atomic theory of the universe doesn't account for the constancy of the speed of light for all observers. A "Planck unit" handing off electromagnetic vibrations to its immediate neighbors at the speed of light doesn't account for the constancy of the speed at which information passes from A to B when the observer is moving relative to those "Planck units." Any aether-based approach must invoke the Lorentz transformation to account for this.
The atomic theory of "Planck units" envisions a limitless sea of these preexisting units of immeasurable smallness into which the universe expands, and a "time before the beginning" when nothing fundamentally changed. But whatever one may consider "time" to be, time absent change would just be an empty, meaningless abstraction.
I gave "Massively Small" two stars instead of one because it provided a fairly decent historical account of theoretical physics in the 19th and early 20th century. I also think there is some justification to the author's skepticism regarding the recent "discovery" of the Higgs boson. In addition, I commend the author for pointing out the fact that gravity is not a true force, and gravitation should be described in terms of geodesics of free-falling objects instead of a force (an apparent "gravitational force" happens when an outside influence prevents an object from following its free-falling path). So in this respect I would agree with Pamfilis that an hypothesis of a massless particle (the graviton) that serves as the mediator a non-existent force is highly questionable. But this is where my agreement ends. As a presentation of a consistent theory of aether of "Planck units" that could replace both general relativity and quantum physics, I'm afraid "Massively Small" gets zero stars. One should read the works of John Stewart Bell, a true genius, for a much more consistent defence of the aether as being a viable alternative methodology to special relativity.
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