File Size: 4252 KB
Print Length: 418 pages
Publisher: Zoari Press; 1 edition (August 15, 2017)
Publication Date: August 15, 2017
Just like the show " Cosmos", this guide covers many famous brands and their work, such as Galileo, Christian Huygens, LaPlace, Bohr, Rutherford, Copernicus, James Clerk Maxwell, Democritus, Aristotle, Boltzmann, Leibniz, Avagadro, Newton, Einstein, Planck, Schrodinger, Heisenberg, et al. It's a veritable " Whoms who" of chemistry and physics. Not only do we meet the game-changers in the evolution of the scientific sciences, but the publication explains concepts in an accessible way. Topics protected include energy, conservation, push, matter, heat, atomic theory, philosophy of nature, Newtonian and quantum mechanics, and entropy. If you enjoyed " Cosmos" but want to go a little more in depth, then this book is for you.
For readers which may have perused a diverse array of physics books, much of this may be a refreshing of subjects you have covered before. Regarding the physics reader that typically covers more modern material who wishes to know the history of this issue, this would be something to pick up. This really is an outstanding choice for the lay person with an interest in technology who wishes to commence their education in physics.
Since I've covered the actual book is, I should also say what this book is not. That is not an ultra-modern reader in advanced subjects. If you're looking for the latest particle physics from the Large Hadron Collider, a failure of chain theory, evidence of multiverse theory, or an argument about whether the passing of time is a real property of the universe, etc. then you'll want to look elsewhere.
Even though this is Bembenek's first attempt as a technology writer, he accomplishes his mission of making his work accessible to all with an interest. The book is well-written and organized into categories. It's not only something to read, but something you'll want to keep on the shelf as a reference. The stand of contents is clear and concise, so that it is easy to visit directly to a topic that one might wish to review or revisit. If one considers the purpose of the author and the quality of the writing, then this work merits a high score.
Disclaimer: An electric copy of this book was provided directly by the fine author free of cost for the purpose of advance review. Considering that this is definitely an advance review copy, the fabric might have changed by the time it is released.
Further palinode: Any author who provides me with a quality book free of cost will be known as a " fine author"., The author kindly sent me a preview copy of this and am am so happy to possess had the chance to read it. Having done A level physics and recently been constantly intrigued by the discoveries of the subject but frequently confused by the whole thing I was hoping that this would bring a bit of sense to it all. And it did that. By focusing on four main areas and passing the information across as a story of discovery Bembenek makes the confusing and complicated clear. He takes you through the first theories and experiements for every single subject area, displaying the process followed and logic trail that each physicist went down. This particular breaks the whole lot down into smaller parts which makes the principles so much much easier to follow and understand. There was still pieces that I were required to re-read a couple of times but that could well just be me as on the whole the writing kept things simple and explained everything it needed to. I think this could be enjoyable for anyone with an interest in the subject regardless of what level of background knowledge you have. And it also still has all the formula, diagrams and indices that you would expect from a physics book, they may just referenced in a less scary manner., This particular review is founded on an advance reader copy provided by the author.
Bembenek’s goal is to make learning physics interesting for the non-scientist. In this he largely succeeds with a proviso. This is not a light read. That is for the lay reader with a heavy interest in physics. The difficulty is not the included equations. These are straightforward, well explained and help clarify the textual content. Rather it is that complex concepts are not glossed over. They are introduced in detail that goes beyond many popular publications. Bembenek does not try to make something less complicated than it is. Several times I realized my understanding was exactly that.
Given books with similar sounding titles, some might think this is an e book about cosmology or astrophysics. It’s not. We don’t learn about the beginning or ending of the universe, the multiverse or string theory. Bembenek reviews basic concepts in energy, entropy, atoms and quantum mechanics covering considerable ground in 300 pages. For this viewer the level of fine detail was very welcome. Already familiar with simpler details of these topics, The Cosmic Machine hit my nice spot. The material was often presented in ways I had not observed in other books.
We also get a history of physics thought and discoveries. We are introduced to an array of researchers. And while there are biographical sketches, more than people we are subsequent their ideas. If you want to trace the idea of the atom through background from Democritus to Einstein, The Cosmic Machine is an outstanding way to do it. When Bembenek clarifies classical mechanics he meticulously takes us through Galileo’s experiments. We learn by seeing awesome scientists body problems to find solutions. The human interest factor helps you maintain attention.
The four sections (energy, entropy, the atom, and quantum mechanics) are introduced in that order. That is useful to read them in the order introduced. Energy as depicted in classical mechanics and thermodynamics is critical to understanding entropy and in turn concepts and tools used to define entropy such as a perfect gas and statistical mechanics are important to Planck’s, Einstein’s and Schrodinger’s exploration of the of the atom. Bembenek links the dots showing how modern concepts developed. The following four paragraphs outline the discussions in each topic.
ENERGY: Within the earlier seventeenth century Galileo tests with pendulums and likely planes demonstrating kinetic and potential energy as well as its relationship to work. Later that century Descartes, Huygens, Leibniz and Newton further determine the relationships of push and matter. Newton determines the conservation of energy. Next we come to heat. Back in the eighteenth century Laplace and Lavoisier believe heat is a fluid called caloric followed by Count Rumford who recognizes heat as motion. Nineteenth century experiments by Joule show heat can produce work winning a belated but vigorous endorsement by William Thomson. In 1847 Helmholtz holds that heat is a form of energy and establishes “the conservation of energy”, the first law of thermodynamics.
ENTROPY: In the early nineteenth century Carnot visualizes a perfect reversible heat engine from where he builds a theory of heat efficiency opening the doorway for thermodynamics. Within 1852 Thomson builds on Joule’s work with his Law of Dissipation, essentially the second law of thermodynamics. Clausius then formulates the second law mathematically and later in 1865 coins the term entropy which he viewed as “heat over temperature”. Within 1860 Maxwell pioneers record mechanics with his kinetic energy distribution of a perfect gas. In 1868 Boltzmann then defines a total energy distribution which presumes the existence of atoms, a idea not commonly accepted at the time.
THE ATOM: We commence reviewing ancient concepts of matter including Democritus prescient concept of the atom. However it wasn’t till the late 17th century that the chemist Boyle recognizes individual elements. In the late eighteenth century John Dalton recognizes compounds formed in certain proportions leading him to postulate atoms, atomic dumbbells and molecules. Gay-Lussac and Avogadro refine Dalton’s hypotheses and then Cannizzaro determines a reliable system for identifying atomic weights in 1858. Finally Einstein proves that atoms really do exist in his 1905 document on Brownian motion.
PORTION MECHANICS: Kirchhoff in 1859 shows that a subject both emits and absorbs energy radiation at the same frequencies indicating a individual process is involved. Kirchhoff searches for the variety of an idealized thing that would emit and absorb all frequencies, a blackbody. In 1900 Greatest extent Planck describes that variety and establishes that an exchange of one's is quantized. In 1905 Einstein clarifies the photoelectric effect having that light is a quantum particle, a lichtquant. In 1909 he realizes that light’s momentum also possesses the properties of a wave, a mix and match. In 1913 Bohr finds that changes to energy states of electrons in atoms equal Einstein’s light quanta. In 1923 de Broglie holds that issue also has wave characteristics. In 1925 inspired by de Broglie and applying the statistical techniques of Bose to a perfect gas, Einstein again shows the duality of light. That year Schrodinger builds on de Broglie’s work to develop a wave formula and wave function for matter suggesting the action of quantum particles is subject to a new quantum probability. That same year Heisenberg shows the more we knew about a particle’s positon the less we knew about its momentum and vice versa.
If these subjects interest you and you are a physics aficionado prepared to step beyond the typical pop science publication, The Cosmic Machine may be your cup of tea. Bembenek’s mixture of history and theory make difficult concepts more accessible. Showing how each scientist’s findings were utilized by the next provides you the background to better understand their work. The equations become better because you see the logic that went into constructing them. Thus what they represent recieve more meaning. Based on what We got out of The Cosmic Machine I give it five stars. We came away with a much better understanding of many challenging concepts. I think other physics fans could as well.
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