Inventors

"Epicurus... supposes not only all mixt bodies, but all others to be produced by the various and casual occursions of atoms, moving themselves to and fro by an internal principle in the immense or rather infinite vacuum."

"He states... that he learned more about the structure and peculiarities of stones... by conversing with a few masons... than he could ever gather from the works of Aristotle and Pliny."

"Those distinct substances, which concretes generally either afford, or are made up of, may, without very much inconvenience, be called the elements or principles of them."

"Being Gentlemen and very far from the litigious humour of loving to wrangle about words or terms or notions as empty; they had before his coming in, readily agreed promiscuously to use when they pleased Elements and Principles as terms equivalent: and to understand both by the one and the other, those primitive and simple bodies of which the mixt ones are said to be composed, and into which they are ultimately resolved."

"But for my part (Continues Carneades) what my Indignation at this Un-philosophical way of teaching Principles has now extorted from me, is meant chiefly to excuse my self, if I shall hereafter oppose any Particular Opinion or assertion, that some Follower of Paracelsus or any Eminent Artist may pretend not to be his Masters. For, as I told you long since, I am not Oblig'd to examine private mens writings, (which were a Labour as endless as unprofitable) being only engag'd to examine those Opinions about the Tria Prima, which I find those Chymists I have met with to agree in most: And I Doubt not but my Arguments against their Doctrine will be in great part easily enough applicable ev'n to those private Opinions, which they do not so directly and expresly oppose."

"A Person any Thing vers’d in the Writings of Chymists cannot but Discern by their obscure, Ambiguous, and almost Ænigmatical Way of expressing what they pretend to Teach, that they have no Mind, to be understood at all, but by the Sons of Art (as they call them) nor to be Understood even by these without Difficulty And Hazardous Tryalls."

"And therefore I think you have done very wisely to make it your business to consider the Phœnomena relating to the present question, which have been afforded by experiments, especially since it might seem injurious to our senses, by whose mediation we acquire so much of the knowledge we have of things corporal, to have recourse to far-fetched and abstracted Ratiocination, to know what are the sensible ingredients of those sensible things that we daily see and handle, and are supposed to have the liberty to untwist (if I may so speak) into the primitive bodies they consist of."

"There are some mixt bodies, from which it has not been yet made appear, that any degree of fire can separate either salt, or sulphur, or mercury, much less all the three. The most obvious instance of this truth is gold, which is a body so fixed, and wherein the elementary ingredients (if it have any) are so firmly united to each other, that we find not in the operations, wherein gold is exposed to the fire, how violent soever, that it does discernably so much as lose of its fixedness or weight, so far is it from being dissipated into those principles, whereof one at least is acknowledged to be fugitive enough."

"And truly... if men could be persuaded to mind more the advancement of natural philosophy than that of their own reputations, it were not, methinks, very uneasy to make them sensible, that one of the considerablest services, that they could do mankind, were to set themselves diligently and industriously to make experiments and collect observations, without being over-forward to establish principles and axioms, believing it uneasy to erect such theories, as are capable to explicate all the phænomena of nature, before they have been able to take notice of the tenth part of those phænomena, that are to be explicated."

"Not that I at all disallow the use of reasoning upon experiments, or the endeavouring to discern as early as we can the confederations, and differences, and tendencies of things: for such an absolute suspension of the exercise of reasoning were exceeding troublesome, if not impossible. And, as in that rule of arithmetic, which is commonly called ' by proceeding upon a conjecturally-supposed number, as if it were that, which we inquire after, we are wont to come to the knowledge of the true number sought for; so in physiology it is sometimes conducive to the discovery of truth, to permit the understanding to make an hypothesis, in order to the explication of this or that difficulty, that by examining how far the phænomena are, or are not, capable of being solved by that hypothesis, the understanding may, even by its own errors, be instructed."

"For it has been truly observed by a great philosopher, that truth does more easily emerge out of error than confusion."

"I remember, that being once at Leyden, I was brought to the top of a tower, where, in a darkened room (such as is now used in many places to bring in the species of external object) a convex glass, applied to the only hole, by which light was permitted to enter, did project upon a large white sheet of paper, held at a just distance from it, a lively representation of divers of the chief buildings in the town; all which, upon the admission of more light into the room, by opening the window, did immediately disappear, And methinks... that in divers of the philosophical theories, that have been formerly applauded, something not unlike this may be easily observed. for though, whilst they are looked on with such a weak and determinate degree of light, they may appear very artificial and well-proportioned fabrics, yet they appear so but in that twilight, as it were, which is requisite to their conspicuousness. For if but a full light of new experiments and observations be freely let in upon them, the beauty of those (delightful, but fantastical) structures does immediately vanish."

"And that you may know... what kind of writings I mean, I shall name to you the learned Gassendus his little Syntagma of Epicuruss philosophy, and that most ingenious gentleman Monsieur Descartes his principles of philosophy. For though I purposely refrained, though not altogether from transiently consulting about a few particulars, yet from seriously and orderly reading over those excellent (though disagreeing) books, or so much as Sir Francis Bacon's Novum Organum, that I might not be prepossessed with any theory or principles, till I had spent some time in trying what things themselves would incline me to think; yet beginning now to allow myself to read those excellent books, I find by the little I have read in them already, that if I had read them before I began to write, I might have enriched the ensuing essays with divers truths, which they now want, and have explicated divers things much better than I fear I have done."

"But of such writers the number is yet (and will I fear always be so) small, that I shall not need to make many exceptions, when I treat of the usefulness of writing books of essays, in comparison of that of writing systematically: or, at least... whilst I presume not to judge of other men's abilities, I hope it may be lawful for me to confess freely to you concerning myself, that I am very sensible of my being far from having such a stock of experiments and observations, as I judge requisite to write systematically; and I am apt to impute many of the deficiencies to be met with in the theories and reasonings of such great wits as Aristotle, Campanella, and some other celebrated philosophers, chiefly to this very thing, that they have too hastily, and either upon a few observations, or at least without a competent number of experiments, presumed to establish principles, and deliver axioms."

"That then, that I wish for, as to systems, is this, that men, in the first place, would forbear to establish any theory, till they have consulted with (though not a fully competent number of experiments, such as may afford them all the phænomena to be explicated by that theory, yet) a considerable number of experiments, in proportion to the comprehensiveness of the theory to be erected on them. And, in the next place, I would have such kind of supestructures looked upon only as temporary ones; which though they may be preferred before any others, as being the least imperfect, or, if you please, the best in their kind that we yet have, yet are they not entirely to be acquiesced in, as absolutely perfect, or uncapable of improving alterations."

"For it very rarely otherwise happens, than that theories, that are grounded but upon few and obvious experiments, are subject to be contradicted by some such instances, as more free and diligent inquiries into what of nature is more abstruse, or even into the less obvious qualities of things, are wont to bring to light."

"I observe, that of late Chymistry begins, as indeed it deserves, to be cultivated by Learned Men who before despis’d it; and to be pretended to by many who never cultivated it, that they may be thought not to ignore it: Whence it is come to passe, that divers Chymical Notions about Matters Philosophical are taken for granted and employ’d, and so adopted by very eminent Writers both Naturalists and Physitians. Now this I fear may prove somewhat prejudicial to the Advancement of solid Philosophy: For though I am a great Lover of Chymical Experiments, and though I have no mean esteem of divers Chymical Remedies, yet I distinguish these from their Notions about the causes of things, and their manner of Generation."

"I shall take leave to think the worse, rather of the practice of the men than of the book of God."

"Those hypotheses do not a little hinder the progress of Humane knowledge, that introduce Morals and Politicks into the Explications of Corporeal Nature, where all things are indeed transacted according to Laws Mechanical."

"[T]hat which I am now entering upon being the Consideration of the things themselves whereinto Spagyrists resolve mixt Bodies by the Fire, If I can shew that these are not of an Elementary Nature, it will be no great matter what names these or those Chymists have been pleased to give them. And I question not that to a Wise man, and consequently to Eleutherius, it will be lesse considerable to know, what Men Have thought of Things, then what they Should have thought."

"The phaenomena afforded by trades, are a part of the history of nature, and therefore may both challenge the naturalist's curiosity and add to his knowledge, Nor will it suffice to justify learned men in the neglect and contempt of this part of natural history, that the men, from whom it must be learned, are illiterate mechanicks... is indeed childish, and too unworthy of a philosopher, to be worthy of an honest answer."

"I consider, that as generally as Chymists are wont to appeal to Experience, and as confidently as they use to instance the several substances separated by the Fire from a Mixt Body, as a sufficient proof of their being its component Elements: Yet those differing Substances are many of them farr enough from Elementary simplicity, and may be yet look'd upon as mixt Bodies, most of them also retaining, somewhat... of the Nature of those Concretes whence they were forc'd."

"I am glad (sayes Eleutherius) to see the Vanity or Envy of the canting Chymists thus discover'd and chastis'd; and I could wish, that Learned Men would conspire together to make these deluding Writers sensible, that they must no longe[r] hope with Impunity to abuse the World. For whilst such Men are quietly permitted to publish Books with promising Titles, and therein to Assert what they please, and contradict others, and ev'n themselves as they please, with as little danger of being confuted as of being understood, they are encourag'd to get themselves a name, at the cost of the Readers, by finding that intelligent Men are wont for the reason newly mention'd, to let their Books and Them alone: And the ignorant and credulous (of which the number is still much greater then that of the other) are forward to admire most what they least understand."

"But if judicious men skilled in Chymical affairs shall once agree to write clearly and plainly of them, and thereby keep men from being stunn'd... or imposed upon by dark and empty Words; 'tis to be hop'd that these men finding that they can no longer write impertinently and absurdly, without being laugh'd at for doing so, will be reduc'd either to write nothing, or Books that may teach us something, and not rob men, as formerly, of invaluable Time; and so ceasing to trouble the world with Riddles or Impertinencies, we shall either by their Books receive an Advantage, or by their silence escape an Inconvenience."

"The key books about object-oriented graphical modeling languages appeared between 1988 and 1992. Leading figures included Grady Booch [Booch,OOAD]; Peter Coad [Coad, OOA], [Coad, OOD]; Ivar Jacobson (Objectory) [Jacobson, OOSE]; Jim Odell [Odell]; Jim Rumbaugh (OMT) [Rumbaugh, insights], [Rumbaugh, OMT]; Sally Shlaer and Steve Mellor [Shlaer and Mellor, data], [Shlaer and Mellor, states] ; and Rebecca Wirfs-Brock (Responsibility Driven Design) [Wirfs-Brock]."

"The analysis model will not be a reflection of what the problem domain looks like... The reason is simply to get a more maintainable structure where changes will be local and thus manageable. We thus do not model reality as it is, as object orientation is often said to do, but we model the reality as we want to see it and to highlight what is important in our application."

"A is a complete course of events in the system, seen from a user’s perspective."

"The (UML) is a general-purpose visual modeling language that is used to specify, visualize, construct, and document the artifacts of a software system. It captures decisions and understanding about systems that must be constructed. It is used to understand, design, browse, configure, maintain, and control information about such systems. It is intended for use with all development methods, lifecycle stages, application domains, and media. The modeling language is intended to unify past experience about modeling techniques and to incorporate current software best practices into a standard approach. UML includes semantic concepts, notation, and guidelines. It has static, dynamic, environmental, and organizational parts. It is intended to be supported by interactive visual modeling tools that have code generators and report writers. The UML specification does not define a standard process but is intended to be useful with an iterative development process. It is intended to support most existing object-oriented development processes."

"People regard their environment in terms of objects. Therefore it is simple to think in the same way when it comes to designing a model."

"When a user uses the system, she or he will perform a behaviorally related sequence of transactions in a dialogue with the system. We call such a special sequence a use case."

"The control objects model functionality that is not naturally tied to any other object... We do not believe that the best (most stable) systems are built by only using objects that correspond to real-life entities, something that many other object-oriented analysis and design techniques claim... Behavior that we place in control objects will, in other methods, be distributed over several other objects, making it hard to change this behavior."

"Clinton Edgar Woods was the son of a coach builder and a graduate of the Massachusetts Institute of Technology in mechanical and electrical engineering. He was one of the few American electric car pioneers to focus attention on the utilitarian application of electric traction right from its beginning in 1897. Woods set up the American Electric Vehicle Company with the support of none other than , the "utility car" of Chicago, and a number of "Standard Oil magnates"."

"C.E. Woods would perhaps be described by Law as a "heterogeneous engineer" who marshaled physical as well as social resources to help build an automotive industry."

"Clinton E. Woods... has become well known to electrical workers in the West during the last few years. Mr. Woods was born in Massachusetts in 1863, and at an early age was left an orphan and obliged to earn a living and acquire an education as best he might. In 1886 he drifted into steam and electrical work, being first identified with the local central station at Pittsfield, Mass; afterward at Peekskill and Newburg, N. Y. From this he worked at general construction and engineering until 1889, entered the employment of the National Electric Manufacturing Company, Eau Claire, Wis., as its inspecting engineer, and served in that capacity until 1892, when he was made electrician-in-chief. This position he held until the spring of 1893, when he entered the Standard Electric company of Chicago. His work has won for him reputation and prominence in the electrical field. He has designed for this company a complete line of arc, alternating and constant potential dynamos, motors, etc., such accessories as transformers and instruments for perfecting the system, during the last twelve months. Mr. Woods is not only an electrician but a manufacturer, having advanced many improved methods of manufacturing dynamo-electric machinery, which have greatly enhanced the value of his work from an artistic and mechanical standpoint. From the knowledge and ability Mr. Woods has displayed and opportunity for results which are in his possession, much is looked for from his future work. track."

"Figure II, which is one of the most interesting and valuable charts made by the writer in his work for the larger industrials. While it is reduced here to the simplest possible expression, it at the same time contains all of the elements which govern the laying out of an organization of any magnitude. This is the Chart of Prime and Working Authorities, showing exactly where each authority is related to the others and how far each authority may extend in the business. The writer has retained in this chart the administrative, commercial and manufacturing sections in the Authorities for Position as exhibited in Figure I, and Industrial has separated these different sections into purpose of showing how the authorities governing different departments are related to the industrial body as a whole."

"Organization aims to unite individuals into a body which shall work together for a common end. Specifically, organization prepares for the transaction of business by electing and appointing officers and committees, delegating authorities and bringing into systematic connection and cooperation, each and every part of the industrial body. Right organization, in short, puts vitality into the entire factory, secures the efficient working-together of all employees, from the manager's office to the mechanic's bench, routes materials, sub-divides work, inspects output and delivers the right goods, fully processed, at the shipping room door on the correct delivery date."

"In analyzing organization work, a single chart can frequently express more than any amount of detailed written explanation. First of all, clearly define author- ities within your establishment ; then chart those authorities simply and graphically, so that every workman knows to whom he is responsible, and every executive knows who is responsible to him. Place this chart conspicuously in every department where each employee can see it. In case of disputed authority, final proof is immediately at hand. There is then no loop-hole through which a neglectful workman, foreman or executive can crawl no longer does he have the excuse that he thought somebody else was going to do it. In clean-cut form, his duties and relations to other men of the organization are laid down once and for all, and responsibility rests on the right man. Failure so to specify responsibilities inevitably means confusion all down the line."

"The actual manufacture of material into a specific product is a sort of digestive process which must have a functioning organization purposed to meet the required ends, just as the human body has, and it is governed by similar conditions. It must also be directed by a specific intelligence and must have internal and external avenues of correspondence to keep it alive; and, like a living organism, must adhere to the eternal economy of things and show a profit by its activities or it cannot progress. To exemplify this in a simple way, the writer has laid out Figure I, showing the prime elements composing the anatomy of an industrial body. One does not have to draw on the imagination very far to make a comparison of this anatomy with that of man. It has its mind, will power, and brain to direct it, as indicated by the stockholders, directors and executive officers, a heart which keeps in flow the circulating medium internally ; and avenues of correspondence with the outside world which furnish to it the very elements of existence. This chart shows first, that the stockholders are simply elements belonging to the general public who have made an investment for some specific purpose; second, that immediately after this, the election of directors sets into action the first internal factor in the body, which is then divided into different functioning powers by the election of executive officers."

"Nowhere in the world of business at the present moment are conditions and methods changing more rapidly than in the work shop and factory itself. The application of new methods of processing, the invention of new tools, and the use of new combinations of cutting steels, are some of the things that in themselves are revolutionizing not only factory practice, but the character and skill of the labor employed; which results in a tendency toward a vast increase in output per capita. These things are in turn all forcing new methods and ways into industrial administration."

"Factories today are being run less and less by the authority of experience only, and more and more by the authority of figures and facts. The superintendent and manager of long experience and intuitive knowledge only is forced to make room for the younger man, of less experience, perhaps, but who modernizes his work by the jurisdiction of figures alone."

"The writer has found, in analyzing and diagnosing organization and accounting work, that charts can express more on one page than is sometimes expressed in several chapters of writing, and has been the author and originator of many methods of charting industrial expressions. It is necessary, as a first step, for analytical and other purposes, to make a chart expressing all of the relations governing the organization of a business so as to show the very foundation upon which all authorities, accounting, and business transactions are based and conducted. There have been more failures scored both personally and financially for lack of these very elements in a business than by reason of any other one thing. As well try to build a house without a foundation as to try to conduct a business, especially a manufacturing business, without proper organization."

"The unsightly appearance of automobiles has been commented upon this country a great deal."

"When we review all that has been done by mechanical devices toward the displacement of animal power, it is very hard to refrain from drawing a conclusion that the horse must go; that is, speaking in the broad sense of the word. Mechanically propelled vehicles for all purposes are here."

"The simplicity attached to the operation of an electric vehicle by any person of ordinary intelligence is too well known to need comment at this point ; but it is found from experience that there is the same difference in the care taken of an electric vehicle that there is among men who attend dynamos and steam engines, or drive horses, with a corresponding difference in troubles and aggravations."

"The basic value of any proposition is its commercial aspect, and naturally the first query of inventor, capitalist and layman is : "What conditions exist that will make a market for automobiles or create a desire in the public mind for their use?" Some will say progression, the spirit of which surrounds us everywhere; others say, expediency and the desire for saving- minutes and even seconds; others, again, their convenience and readiness for instant use; all of which are true but do not in a broad sense answer the question, but create another as to what has made all these things desirable on the part of the public as things necessary to its comfort and welfare."

"American capitalism finds its sharpest and most expressive reflection in the American cinema."

"“This is Paul Robeson, the greatest American singer!” declared the famous film director, Eisenstein, introducing Robeson to a reception in his honor, attended by nearly all the celebrities in Moscow’s theatre and art world."

"Stalin invented Slonimsky! Then he must have also invented the genetic content of one-quarter of me, for Z. Y. Slonimsky, known to the world of Jewish scholarship as Chaim Selig Slonimsky, was my paternal grandfather. A swarm of childhood memories invaded my brain. Ever since I could remember, my mother used to tell me amazing tales about my grandfather, who was a genius, but an impractical one. "Don’t follow in his footsteps," she cautioned me."

"I was interested in making a different kind of instrument. And I wanted, of course, to make an apparatus that would be controlled in space, exploiting electrical fields, and that would use little energy. Therefore I used electronic technology to create a musical instrument that would provide greater resources."

"I wanted to invent some kind of an instrument that would not operate mechanically, as does the piano, or the cello and the violin, whose bow movements can be compared to those of a saw. I conceived of an instrument that would create sound without using any mechanical energy, like the conductor of an orchestra."