Physicists talk about "the universe" as though they were the science masters of that domain. In the middle of the twentieth century physicists should have learned some humility from the discoveries made by genetic biologists, particularly their identification of the structure of DNA. These biologists explore a quite different universe from the one physicists explore. Physicists have studied just one kind of universe and its particular bag of tricks, and they have done so with very convincing success. In this book I address yet another universe: the universe of human existence in social space, and some of its bag of tricks

Teaching to Individual Differences in Science and Engineering Librarianship: Adapting Library Instruction to Learning Styles and Personality Characteristics applies learning styles and personality characteristics to science and engineering library instruction. After introducing the idea that individuals tend to choose college majors and occupations in alignment with their learning style and personality characteristics, the book presents background on the Kolb Learning Styles model, the 16 PF (Personality Factor) framework, and the Big Five/Narrow Traits personality framework. It then reviews extant knowledge on the learning styles and personality characteristics of scientists, engineers and librarians. Next, the book considers general approaches to the personalization of instruction to learning styles and personality characteristics, opportunities for such personalization in science and engineering library instruction, and science and engineering librarian attitudes towards, and approaches to, this type of personalization of instruction.

How to Understand Quantum Mechanics presents an accessible introduction to understanding quantum mechanics in a natural and intuitive way, which was advocated by Erwin Schroedinger and Albert Einstein. A theoretical physicist reveals dozens of easy tricks that avoid long calculations, makes complicated things simple, and bypasses the worthless anguish of famous scientists who died in angst. The author's approach is light-hearted, and the book is written to be read without equations, however all relevant equations still appear with explanations as to what they mean. The book entertainingly rejects quantum disinformation, the MKS unit system (obsolete), pompous non-explanations, pompous people, the hoax of the 'uncertainty principle' (it is just a math relation), and the accumulated junk-DNA that got into the quantum operating system by misreporting it. The order of presentation is new and also unique by warning about traps to be avoided, while separating topics such as quantum probability to let the Schroedinger equation be appreciated in the simplest way on its own terms. This is also the first book on quantum theory that is not based on arbitrary and confusing axioms or foundation principles. The author is so unprincipled he shows where obsolete principles duplicated basic math facts, became redundant, and sometimes were just pawns in academic turf wars. The book has many original topics not found elsewhere, and completely researched references to original historical sources and anecdotes concerting the unrecognized scientists who actually did discover things, did not all get Nobel prizes, and yet had interesting productive lives.

A cryptozoological classic from Ulwencreutz Media. This book was originally privately published in 1886 in Edinburgh. In this publication, Goldsmid brought together rare treatises written in the 1600's which discussed strange and mythical creatures. These fascinating works attempted to separate fact from fiction. While we may not today reach the same conclusions, they provide us with a rare glimpse into the minds of those early scholars who were struggling to understand the world around them. The treatises were written by George Caspard Kirchmayer (On the Basilisk; On the Unicorn; On the Phoenix; On the Behemoth; the Leviathan; On the Dragon; On the Spider), Hermann Grube (On the Sting of the Tarantula), and Isaac Schoockius (On Chameleons; On Bears licking their Offspring into perfect Shape; On Satyrs, Mermaids, Men with Tails, etc.).

For those of us who live in America who are not filthy rich or poor enough for the government to take care of, we face many challenges. We are a forgotten majority who work every day, pay taxes and honor our flag. We look to the end of our arm to find a helping hand and look for ways to be productive. It often appears that we are the forgotten few of whom no one speaks. It can make a person feel very lonely. In this volume you will find a number of these important issues discussed at length from the perspective of a common working person. Those who would have you believe they have all knowledge can be very blatant, shrill and even obnoxious in their effort to make their position known. This book has turned that around and used the same tactics in an honest effort to show that there is another side to be considered. The author speaks directly and to the point offering many points of personal experiences and circumstances known to all as means to make point and counter point on these subjects. This book could have easily been seventeen books but the author took the position that writing directly and to the point on each subject leaving out all of the usual chatter makes the book more interesting, more readable and much more direct and enjoyable. This book will make you laugh, think, and wonder. The author has a background of many experiences nearly all of which are those of any working person. He was not only a sheep herder, he was a driver and body guard for President Reagan, a business manager truck driver, organized crime investigator, soldier, Realtor and a hundred other things and he designed engineered and built his own home. What is written here is the writers opinion and it will not always agree with the common beliefs and mores of society---A joy to read.

EMBRYOS AND ANCESTORS by G. R. DE BEER. PREFACE: TEN years ago I published a book under the title Embryology and Evolution, in which I made an attempt to show that after rejecting the theory of recapitulation, a much better synthesis could be made of our knowledge of embryonic development and evolutionary descent, opening up new fields for observation and co-ordination of studies in embryology, genetics, and evolution. This work has for some little time been out of print, and I have yielded to the demands of my friends to produce it again. During the intervening years a great deal of new evidence has become available, and these fresh data have fitted into place in my scheme like pieces of a puzzle, for I have seen no reason to alter the plan of my former book in the slightest degree. The present book is my previous one brought up to date and enlarged. I have recently been engaged in a study of the bearings of embryology on homology, taxonomy, and other special aspects of zoology. My views on these matters have been published in Evolution Essays presented to Professor E. S. Goodrich, edited by myself, and in The New Systematics, edited by J. S. Huxley. I have therefore not felt called upon to repeat them here, except in so far as they bear directly on the problem of the relations between embryology and evolution. It has been very encouraging to me to note the lively interest in these problems shown in recent years. The first necessity in Biology will always be further observation and experiment but as Dr. Woodger aptly points out, progress in thought is necessary as well. Outworn theories are not only dull in them selves, but they are actually harmful in thwarting the framing of newworking hypotheses which take account of recent pro gress made in the various experimental branches of Biology. Such an outworn theory I believe Haeckels theory of recapitulation to be. I lay no claims to proficiency in metaphysics, and I have no doubt that many of my expressions will appear sinful to my philosophical friends. But I am aware of many of the dangers, and when I say that paedomorphosis does this, that, or the other I am merely saving time and space, and not endowing an abstract concept with the powers of a subject of a transitive verb. I should like to acknowledge my debt to M. Jean Rostand who translated my previous book into French. Few exercises are as helpful for testing the soundness of ones deductions and conclusions as the expression of them in another language. I wish likewise to record my indebtedness to Dr. J. S. Huxley, Professor W. Garstang, and Professor J. B. S. Haldane for their helpful criticism, and to Professor R. A. Fisher for very kindly reading the proofs. April 1940. G. R. DE B. Contents include: List of Illustrations . . . . ix I. Stages of Development and Stages of Evolution i II. Ontogeny . . . . . .10 III. Speeds of the Processes of Development . . 15 IV. Phylogeny . . . . . .22 V. Heterochrony and Phylogeny . . .27 VI. Caenogcnesis . . . . .32 VII. Deviation . . . . . .38 VIII. Neoteny . . . . . .46 IX. Vestigial Structures due to Reduction . . 58 X. Adult Variation . . . . .62 XI. Vestigial Structures due to Retardation . . 64 XM. Hypermorphosis . . . . .65 XIII. Acceleration . . . . .71 XIV. Paedomorphosis and Gerontomorphosis . . 78 XV. Repetition ...... 90 XVI. Conclusions . . . . . .96 XVII. Bibliography . . . . - 99 Index . . . . . .106

The noteworthy findings and innovative methods of predicting projectile trajectory, introduced in my books Exterior Ballistics: A New Approach (EBNA), Xlibris, 2010; and Exterior Ballistics with Applications (EBA3e), Xlibris, third edition, December 2011, require a methodical approach and further development. As result, the amateurs and professionals interested in exterior ballistics of firearms, and especially in long-range shooting with small arms, have a new book, Exterior Ballistics: The Remarkable Methods (EBRM), that aims to enrich the foundations of modern exterior ballistics and to lessen the complexity of physics and mathematics techniques in use. Exterior Ballistics: The Remarkable Methods is a book that combines and develops further the methods introduced in EBA3e, EBNA, and in the Exterior Ballistics of Small Arms (EBSA, Xlibris 2009). The foundations of the book are mainly the findings and the innovative ballistics methods presented in EBA3e and EBNA. The remarkable methods of exterior ballistics presented in this new book include: The methods of determining the function of resistance G(v) of a given bullet (i=1) using range tables, or the experimental data measurements of three or four coordinates at the points of projectile impact. The model of "Tangent Law of Trajectory Refraction" and the related set of formulas that we use to study the trajectories of projectiles in nonstandard atmosphere. Series expansion method and the techniques of (second to sixth order) parabolas we employ to predict with great accuracy the projectile trajectory. The exceptional Siacci's methods that we apply as well for the projectile trajectory in nonstandard atmosphere and in inclined shooting combined with the tangent law of trajectory refraction. It is important to note that using the similarity laws of fluid dynamics we have obtained the "tangent law of projectile refraction," which represents a progress with respect to "Newton-Snell's law" on projectile refraction. For better understanding of the information presented in the book, the reader should refer to my three preceding books on exterior ballistics, already published by Xlibris, although most of the material is self-contained and clear enough to be accessed and assimilated by a wide range of readers. The system of units used in the book is the International System (SI). For readers that are unfamiliar with the SI system it is not difficult to become accustomed and use the materials presented in the book to benefit from the simple illustrations, exercises, and PC programs that, at the same time, give answers to many problems encountered in practice. My studies and writing work in exterior ballistics intend to find new and simple mathematical models and methods to predict the elements of the projectile trajectory. I believe that I have achieved some good results, which need to be further developed. George Klimi, PhD New York, December 2012 [email protected] [email protected] [email protected]

The information overload produced by the printing press and the new forms of the structuring of knowledge are echoed in fictional works. The essays assembled in this book study the textualization of problematic forms of knowledge in medieval and early modern Spanish literature. Literary Works like the Libro buen amor, La Lozana Andaluza, or the Guzman de Alfarache are read against the backdrop of scientific developments of their times.

An Introduction to LOGIC and SCIENTIFIC METHOD by MORRIS R. COHEN. Originallu published in 1934. PREFACE: Though formal logic has in recent times been the object of radi cal and spirited attacks from many and diverse quarters, it con tinues, and will probably long continue, to be one of the most fre quently given courses in colleges and universities here and abroad. Nor need this be surprising when we reflect that the most serious of the charges against formal logic, those against the syllogism, are as old as Aristotle, who seems to have been fully aware of them. But while the realm of logic seems perfectly safe against the attacks from without, there is a good deal of unhappy confusion within. Though the content of almost all logic books follows even in many of the illustrations the standard set by Aristotles Organon terms, propositions, syllogisms and allied forms of inference, scientific method, probability and fallacies there is a bewildering Babel of tongues as to what logic is about. The different schools, the tradi tional, the linguistic, the psychological, the epistemological, and the mathematical, speak different languages, and each regards the other as not really dealing with logic at all. No task is perhaps so thankless, or invites so much abuse from all quarters, as that of the mediator between hostile points of view. Nor is the traditional distrust of the peacemaker in the intellectual realm difficult to appreciate, since he so often substitutes an unclear and inconsistent amalgam for points of view which at least have the merit of a certain clarity. And yet no task is so essential, especially for the beginner, when it is undertaken with the objective of ad justing andsupplementing the claims of the contending parties, and when it is accompanied by a refusal to sacrifice clarity and rigor in thought. In so far as an elementary text permits such a thing, the present text seeks to bring some order into the confusion of tongues con cerning the subject matter of logic. But the resolution of the con flicts between various schools which it effects appears in the selec tion and presentation of material, and not in extensive polemics against any school. The book has been written with the conviction that logic is the autonomous science o the objective though formal conditions of valid inference. At the same time, its authors believe that the aridity which is not always unjustly attributed to the study of logic testifies to the unimaginative way logical principles have been taught and misused. The present text aims to combine sound logical doctrine with sound pedagogy, and to provide illus trative material suggestive of the role of logic in every department of thought. A text that would find a place for the realistic formalism of Aristotle, the scientific penetration of Peirce, the pedagogical soundness of Dewey, and the mathematical rigor of Russell this was the ideal constantly present to the authors of this book. However inadequately this ideal is embodied in the present text, the embodiment is not devoid of positive doctrine, so presented that at least partial justice is done to supplementary approaches to logic. 1. The traditional view of logic as the science of valid inference has been consistently maintained, against all attempts to confuse logic with psychology, where by the latter is meant the systematic study of how the mind works. Logic, as thescience of the weight of evidence in all fields, cannot be identified with the special science of psychology. For such a special science can establish its results only by using criteria of validity employed in other fields as well...

EMERGENT EVOLUTION- THE GIFFORD LECTURES DELIVERED IN THE UNIVERSITY OF ST. ANDREWS IN THE YEAR 1922 by C. LLOYD MORGAN. Originally published in 1923. PREFACE: HALF a century ago, as years run, a student was called on to take the chair at a dinner in connection with the Royal School of Mines. Members of the staff were present. And the fortunate youth was honoured by the support of Professor Huxley. Which of the lines of science you have followed has chiefly engaged your interest Following up the thread of my reply, he drew from me the confession that an interest in philosophy, and in the general scheme of things, lay deeper than my interest in the practical applications of science to what then purported to be my bread-and butter training. With sympathetic kindliness that soon dispelled my fear of him he led me to speak more freely, to tell him how this came about, what J had read, and so on. That such a man should care to know what Berkeley and Hume had done for me what I had got from Descartes Discourse how I was just then embrangled in difficulties over Spinoza filled me with glad surprise. His comments were so ripe and they were made to help me Whatever else you may do, he said, keep that light burning. But remember that biology has supplied a new and powerful illuminant. Then speeches began. His parting words were When you have reached the goal of your course, why not come and spend a year with us at South Kensington So when I had gained the diploma of which so little direct use was to be made, and when my need of the illuminant, and my lack of intimate acquaintance with the facts on which the new lamp shed light, had been duly impressed on me during a visit to North America andBrazil, I followed his advice, attended his lectures, and worked in his laboratory. On one of the memorable occasions when he beckoned me to come to his private room he spoke of St. George Mivart s Genesis of Species. I had asked him some questions thereon a few days before to which he was then too busy to reply and he gave me this opportunity of repeating them. Mivart had said If then such innate powers must be attributed to chemical atoms, to mineral species, to gemmules, and to physiological units, it is only reasonable to attribute such to each individual organism p. 260, I asked on what grounds this line of approach was unreasonable for even then there was lurking within me some touch of Pelagian heresy in matters evolutionary. Far from snub bing a youthful heretic he dealt kindly with him. The question, he said, was open to discussion but he thought Mivarts position was based on considerations other than scientific. Any analogy between the growth of a crystal and the development of an organism was of very doubtful validity. Yes, Sir 1 I said, save in this that both invite us to distinguish between an internal factor and the incidence of external conditions He then asked what I under stood by innate powers, saying that for Mivart they were the substantial forms of scholastic tradition. I ventured to suggest that the School men and their modern disciples were trying to explain what men of science must perhaps just accept on the evidence. And I asked whether for an innate power in the organism one might substitute what he had taught us to call an internal metamorphic tendency which must be as distinctly recognised as that of an internal conservative tendency H. E. ii. p. 116. Ofcourse you may so long as you regard this merely as an ex pression of certain facts at present unexplained. n I then asked whether it was in this sense one should accept his statement that nature does make leaps ii. pp. 77, 97 and, if this were so, whether the difference on which Mivart laid so much stress that between the mental capacities of animals and of men might not be regarded as a natural leap in evolutionary progress. This was the point to which I was leading up...

The need for a scientifically literate citizenry, one that is able to think critically and engage productively in the engineering design process, has never been greater. By raising engineering design to the same level as scientific inquiry the Next Generation Science Standards' (NGSS) have signaled their commitment to the integration of engineering design into the fabric of science education. This call has raised many critical questions...How well do these new standards represent what actually engineers do? Where do the deep connections among science and engineering practices lie? To what extent can (or even should) science and engineering practices co-exist in formal and informal educational spaces? Which of the core science concepts are best to leverage in the pursuit of coherent and compelling integration of engineering practices? What science important content may be pushed aside? This book, tackles many of these tough questions head on. All of the contributing authors consider the same core question: Given the rapidly changing landscape of science education, including the elevated status of engineering design, what are the best approaches to the effective integration of the science and engineering practices? They answered with rich descriptions of pioneering approaches, critical insights, and useful practical examples of how embodying a culture of interdisciplinarity and innovation can fuel the development of a scientifically literate citizenry . This collection of work builds traversable bridges across diverse research communities and begins to break down long standing disciplinary silos that have historically often hamstrung well-meaning efforts to bring research and practice from science and engineering together in meaningful and lasting ways.

"A Handbook of Tricuspid And Pulmonary Valve Disease" contains a detailed description of the diseases of these two valves. A detailed description of Ebstein's Anomaly Of Tricuspid vale is highlight of this book. Etiology, pathogenesis and hemodynamics of diseases of both valves have been dealt in simple and comprehensible manner. Special effort has been made to explain the clinical features (Symptoms and signs) of disease. Probably the clinical features is the forgotten art in the newer text books. However, the author has taken a special interest to include a detailed description of clinical features. The treatment section includes description about the various interventions (catheter based as well as surgical) and it also includes the ACC / AHA guidelines. Like his previous two handbooks (A handbook of Rheumatic Fever and A Handbook of Aortic valve Disease), this book also has extensive description of all aspects of the disease. A small chapter about 'Straight Back Syndrome' has also been included in this book. All in all, the book promises to be a great reference book for Aortic Valve disease and is worth having it on shelf for easy reading. The point wise and concise writing has made this book specially useful for students and exam going students

This edited volume brings forth intriguing, novel and innovative research in the field of science education. The chapters in the book deal with a wide variety of topics and research approaches, conducted in various contexts and settings, all adding a strong contribution to knowledge on science teaching and learning. The book is comprised of selected high-quality studies that were presented at the 11th European Science Education Research Association (ESERA) Conference, held in Helsinki, Finland from 31 August to 4 September, 2015. The ESERA science education research community consists of professionals with diverse disciplinary backgrounds from natural sciences to social sciences. This diversity provides a rich understanding of cognitive and affective aspects of science teaching and learning in this volume. The studies in this book will invoke discussion and ignite further interest in finding new ways of doing and researching science education for the future and looking fo r international partners for both science education and science education research. The twenty-five chapters showcase current orientations of research in science education and are of interest to science teachers, teacher educators and science education researchers around the world with a commitment to evidence-based and forward-looking science teaching and learning.

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