Quotes about analysis
page 4

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Geoffrey Hodgson photo

“When I had the honour of his conversation, I endeavoured to learn his thoughts upon mathematical subjects, and something historical concerning his inventions, that I had not been before acquainted with. I found, he had read fewer of the modern mathematicians, than one could have expected; but his own prodigious invention readily supplied him with what he might have an occasion for in the pursuit of any subject he undertook. I have often heard him censure the handling geometrical subjects by algebraic calculations; and his book of Algebra he called by the name of Universal Arithmetic, in opposition to the injudicious title of Geometry, which Des Cartes had given to the treatise, wherein he shews, how the geometer may assist his invention by such kind of computations. He frequently praised Slusius, Barrow and Huygens for not being influenced by the false taste, which then began to prevail. He used to commend the laudable attempt of Hugo de Omerique to restore the ancient analysis, and very much esteemed Apollonius's book De sectione rationis for giving us a clearer notion of that analysis than we had before.”

Henry Pemberton (1694–1771) British doctor

Preface; The bold passage is subject of the 1809 article " Remarks on a Passage in Castillione's Life' of Sir Isaac Newton http://books.google.com/books?id=BS1WAAAAYAAJ&pg=PA519." By John Winthrop, in: The Philosophical Transactions of the Royal Society of London, from Their Commencement, in 1665, to the Year 1800: 1770-1776: 1770-1776. Charles Hutton et al. eds. (1809) p. 519.
Preface to View of Newton's Philosophy, (1728)

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Russell L. Ackoff photo

“In June of 1964 the research group and academic program moved to Penn bringing with it most of the faculty, students, and research projects. Our activities flourished in the very supportive environment that Penn and Wharton provided. The wide variety of faculty members that we were able to involve in our activities significantly enhanced our capabilities. By the mid-1960s I had become uncomfortable with the direction, or rather, the lack of direction, of professional Operations Research. I had four major complaints.
First, it had become addicted to its mathematical tools and had lost sight of the problems of management. As a result it was looking for problems to which to apply its tools rather than looking for tools that were suitable for solving the changing problems of management. Second, it failed to take into account the fact that problems are abstractions extracted from reality by analysis. Reality consists of systems of problems, problems that are strongly interactive, messes. I believed that we had to develop ways of dealing with these systems of problems as wholes. Third, Operations Research had become a discipline and had lost its commitment to interdisciplinarity. Most of it was being carried out by professionals who had been trained in the subject, its mathematical techniques. There was little interaction with the other sciences professions and humanities. Finally, Operations Research was ignoring the developments in systems thinking — the methodology, concepts, and theories being developed by systems thinkers.”

Russell L. Ackoff (1919–2009) Scientist

Preface, cited in Gharajedaghi, Jamshid. Systems thinking: Managing chaos and complexity: A platform for designing business architecture http://booksite.elsevier.com/samplechapters/9780123859150/Front_Matter.pdf. Elsevier, 2011. p. xiii
Towards a Systems Theory of Organization, 1985

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“The disconcerting fact may first be pointed out that if you write badly about good writing, however profound may be your convictions or emphatic your expression of them, your style has a tiresome trick (as a wit once pointed out) of whispering: ‘Don’t listen!’ in your readers’ ears. And it is possible also to suggest that the promulgation of new-fangled aesthetic dogmas in unwieldy sentences may be accounted for—not perhaps unspitefully—by a certain deficiency in aesthetic sensibility; as being due to a lack of that delicate, unreasoned, prompt delight in all the varied and subtle manifestations in which beauty may enchant us.
Or, if the controversy is to be carried further; and if, to place it on a more modern basis, we adopt the materialistic method of interpreting aesthetic phenomena now in fashion, may we not find reason to believe that the antagonism between journalist critics and the fine writers they disapprove of is due in its ultimate analysis to what we may designate as economic causes? Are not the authors who earn their livings by their pens, and those who, by what some regard as a social injustice, have been more or less freed from this necessity—are not these two classes of authors in a sort of natural opposition to each other? He who writes at his leisure, with the desire to master his difficult art, can hardly help envying the profits of money-making authors.”

Logan Pearsall Smith (1865–1946) British American-born writer

criticizing the Cambridge School of criticism, e.g. John Middleton Murry and Herbert Read, “Fine Writing,” pp. 306-307
Reperusals and Recollections (1936)

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“Thus while diminishing returns do exist when industries are broadly defined, no industry can be considered in isolation from all the others, as supply and demand curve analysis requires.”

Steve Keen (1953) Australian economist

Source: Debunking Economics - The Naked Emperor Of The Social Sciences (2001), Chapter 3, The Price Of Everything And The Value Of Nothing, p. 69

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“The term monopoly as used in the law is not a tool of analysis but a standard of evaluation. Not all trusts are held monopolistic but only" bad" trusts; not all restraints of trade are to be condemned but only" unreasonable" restraints.”

Edward S. Mason (1899–1992) American economist

Edward S. Mason, "Monopoly in Law and Economics." The Yale Law Journal 47.1 (1937): 34-49; Cited in: Barry Hawk (1998), International Antitrust Law & Policy: Fordham Corporate Law 1998. p. 362

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“Systems inquiry has demonstrated its capability in dealing effectively with highly complex and large-scale problem situations. It has orchestrated the efforts of various disciplines within the framework of systems thinking. It has introduced systems approaches and methods to the analysis, design, development, evaluation, and management of systems of all kinds”

Béla H. Bánáthy (1919–2003) Hungarian linguist and systems scientist

Source: Systems Design of Education (1991), p. 31 as cited in: K.C Laszlo (1998) Dimensions of Systems Thinking http://archive.syntonyquest.org/elcTree/resourcesPDFs/Systems_Thinking.pdf. Working paper on syntonyquest.org

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“Marxism comprises many principles, but in the final analysis they can all be brought back to a single sentence: it is right to rebel.”

Mao Zedong (1893–1976) Chairman of the Central Committee of the Communist Party of China

Original: (zh-CN) 马克思主义的道理千条万绪,归根结底就是一句话:“造反有理。
Source: Speech marking the 60th birthday of Stalin (20 December 1939), later revised as "It is right to rebel against reactionaries."

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“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.”

Ivar Jacobson (1939) Swedish computer scientist

Source: Object-Oriented Software Engineering: A Use Case Driven Approach (1992), p. 185: cited in: " Object Oriented Software Engineering: A Use Case Driven Approach Ivar Jacobson, et al. (1992) http://tedfelix.com/software/jacobson1992.html", Book review by Ted Felix on tedfelix.com, 2006.

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“If we except the great name of Newton (and the exception is one that the great Gauss himself would have been delighted to make) it is probable that no mathematician of any age or country has ever surpassed Gauss in the combination of an abundant fertility of invention with an absolute vigorousness in demonstration, which the ancient Greeks themselves might have envied. It may be admitted, without any disparagement to the eminence of such great mathematicians as Euler and Cauchy that they were so overwhelmed with the exuberant wealth of their own creations, and so fascinated by the interest attaching to the results at which they arrived, that they did not greatly care to expend their time in arranging their ideas in a strictly logical order, or even in establishing by irrefragable proof propositions which they instinctively felt, and could almost see to be true. With Gauss the case was otherwise. It may seem paradoxical, but it is probably nevertheless true that it is precisely the effort after a logical perfection of form which has rendered the writings of Gauss open to the charge of obscurity and unnecessary difficulty. The fact is that there is neither obscurity nor difficulty in his writings, as long as we read them in the submissive spirit in which an intelligent schoolboy is made to read his Euclid. Every assertion that is made is fully proved, and the assertions succeed one another in a perfectly just analogical order… But when we have finished the perusal, we soon begin to feel that our work is but begun, that we are still standing on the threshold of the temple, and that there is a secret which lies behind the veil and is as yet concealed from us. No vestige appears of the process by which the result itself was obtained, perhaps not even a trace of the considerations which suggested the successive steps of the demonstration. Gauss says more than once that for brevity, he gives only the synthesis, and suppresses the analysis of his propositions. Pauca sed matura—few but well matured… If, on the other hand, we turn to a memoir of Euler's, there is a sort of free and luxuriant gracefulness about the whole performance, which tells of the quiet pleasure which Euler must have taken in each step of his work; but we are conscious nevertheless that we are at an immense distance from the severe grandeur of design which is characteristic of all Gauss's greater efforts.”

Henry John Stephen Smith (1826–1883) mathematician

As quoted by Alexander Macfarlane, Lectures on Ten British Physicists of the Nineteenth Century (1916) p. 95, https://books.google.com/books?id=43SBAAAAIAAJ&pg=PA95 "Henry John Stephen Smith (1826-1883) A Lecture delivered March 15, 1902"

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“Analysis of a system reveals how it works; it provides know-how, knowledge, not understanding; that is, explanations of why it works the way it does.”

Russell L. Ackoff (1919–2009) Scientist

This [understanding of why systems work] requires synthetic thinking... Analysis is the way scientists conduct research. Synthetic thinking is exemplified by design.
Ackoff & Greenberg (2008) Turning Learning Right Side Up. p. 61 as cited in: Stephen M Millett (2011) Managing the Future: A Guide to Forecasting and Strategic Planning. p. 52.
2000s

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“Lysenkoism is held up by bourgeois commentators as the supreme demonstration that conscious ideology cannot inform scientific practice and that "ideology has no place in science." On the other hand, some writers are even now maintaining a Lysenkoist position because they believe that the principles of dialectical materialism contradict the claims of genetics. Both of these claims stem from a vulgarisation of Marxist philosophy through deliberate hostility, in the first case, or ignorance, in the second. Nothing in Marx, Lenin or Mao contradicts the particular physical facts and processes of a particular set of natural phenomena in the objective world, because what they wrote about nature was at a high level of abstraction. The error of the Lysenkoist claim arises from attempting to apply a dialectical analysis of physical problems from the wrong end. Dialectical materialism is not, and has never been, a programmatic method for solving particular physical problems. Rather, dialectical analysis provides an overview and a set of warning signs against particular forms of dogmatism and narrowness of thought. It tells us, "Remember that history may leave an important trace. Remember that being and becoming are dual aspects of nature. Remember that conditions change and that the conditions necessary to the initiation of some process may be destroyed by the process itself. Remember to pay attention to real objects in space and time and not lose them utterly in idealized abstractions. Remember that qualitative effects of context and interaction may be lost when phenomena are isolated."”

Richard C. Lewontin (1929) American evolutionary biologist

And above all else, "Remember that all the other caveats are only reminders and warning signs whose application to different circumstances of the real world is contingent."
"The Problem of Lysenkoism" by Richard Lewontin and Richard Levins, in Hilary and Steven Rose (eds.), The Radicalisation of Science, Macmillan, 1976, p. 58.

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“It is difficult to say when algebra as a science began in China. Problems which we should solve by equations appear in works as early as the Nine Sections (K'iu-ch'ang Suan-shu) and so may have been known by the year 1000 B. C. In Liu Hui's commentary on this work (c. 250) there are problems of pursuit, the Rule of False Position… and an arrangement of terms in a kind of determinant notation. The rules given by Liu Hui form a kind of rhetorical algebra.
The work of Sun-tzï contains various problems which would today be considered algebraic. These include questions involving indeterminate equations. …Sun-tzï solved such problems by analysis and was content with a single result…
The Chinese certainly knew how to solve quadratics as early as the 1st century B. C., and rules given even as early as the K'iu-ch'ang Suan-shu… involve the solution of such equations.
Liu Hui (c. 250) gave various rules which would now be stated as algebraic formulas and seems to have deduced these from other rules in much the same way as we should…
By the 7th century the cubic equation had begun to attract attention, as is evident from the Ch'i-ku Suan-king of Wang Hs'iao-t'ung (c. 625).
The culmination of Chinese is found in the 13th century. …numerical higher equations attracted the special attention of scholars like Ch'in Kiu-shao (c.1250), Li Yeh (c. 1250), and Chu-Shï-kié (c. 1300), the result being the perfecting of an ancient method which resembles the one later developed by W. G. Horner”

David Eugene Smith (1860–1944) American mathematician

1819
Source: History of Mathematics (1925) Vol.2, Ch. 6: Algebra

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Doris Lessing photo

“Literature is analysis after the event.”

Doris Lessing (1919–2013) British novelist, poet, playwright, librettist, biographer and short story writer

Quoted in Children of Albion: Poetry of the Underground in Britain, ed. Michael Horovitz (1969): Afterwords, section 2

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“The complete analysis of the methods of scientific inference shows that the theory of inference in science demands the use of ethical judgments”

C. West Churchman (1913–2004) American philosopher and systems scientist

Source: 1940s - 1950s, Theory of Experimental Inference (1948), p. 256; cited in Douglas, H.E. (2009) Science, Policy, and the Value-Free Ideal

“Factor analysis, i. e., isolation by way of mathematical analysis, of factors in multivariable phenomena in psychology and other fields”

Ludwig von Bertalanffy (1901–1972) austrian biologist and philosopher

General System Theory (1968), 4. Advances in General Systems Theory

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Barry Boehm photo

“The excursus upon the origin of Odysseus’ scar is not basically different from the many passages in which a newly introduced character, or even a newly appearing object or implement, though it be in the thick of a battle, is described as to its nature and origin; or in which, upon the appearance of a god, we are told where he last was, what he was doing there, and by what road he reached the scene; indeed, even the Homeric epithets seem to me in the final analysis to be traceable to the same need for an externalization of phenomena in terms perceptible to the senses. Here is the scar, which comes up in the course of the narrative; and Homer’s feeling simply will not permit him to see it appear out of the darkness of an unilluminated past; it must be set in full light, and with it a portion of the hero’s boyhood. … To be sure, the aesthetic effect thus produced was soon noticed and thereafter consciously sought; but the more original cause must have lain in the basic impulse of the Homeric style: to represent phenomena in a fully externalized form, visible and palpable in all their parts, and completely fixed in their spatial and temporal relations. Nor do psychological processes receive any other treatment: here too nothing must remain hidden and unexpressed. With the utmost fullness, with an orderliness which even passion does not disturb, Homer’s personages vent their inmost hearts in speech; what they do not say to others, they speak in their own minds, so that the reader is informed of it. Much that is terrible takes place in the Homeric poems, but it seldom takes place wordlessly: Polyphemus talks to Odysseus; Odysseus talks to the suitors when he begins to kill them; Hector and Achilles talk at length, before battle and after; and no speech is so filled with anger or scorn that the particles which express logical and grammatical connections are lacking or out of place.”

Source: Mimesis: The Representation of Reality in Western Literature (1946), p. 5

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“Yet scientists are required to back up their claims not with private feelings but with publicly checkable evidence. Their experiments must have rigorous controls to eliminate spurious effects. And statistical analysis eliminates the suspicion (or at least measures the likelihood) that the apparent effect might have happened by chance alone.Paranormal phenomena have a habit of going away whenever they are tested under rigorous conditions. This is why the £740,000 reward of James Randi, offered to anyone who can demonstrate a paranormal effect under proper scientific controls, is safe. Why don't the television editors insist on some equivalently rigorous test? Could it be that they believe the alleged paranormal powers would evaporate and bang go the ratings?Consider this. If a paranormalist could really give an unequivocal demonstration of telepathy (precognition, psychokinesis, reincarnation, whatever it is), he would be the discoverer of a totally new principle unknown to physical science. The discoverer of the new energy field that links mind to mind in telepathy, or of the new fundamental force that moves objects around a table top, deserves a Nobel prize and would probably get one. If you are in possession of this revolutionary secret of science, why not prove it and be hailed as the new Newton? Of course, we know the answer. You can't do it. You are a fake.Yet the final indictment against the television decision-makers is more profound and more serious. Their recent splurge of paranormalism debauches true science and undermines the efforts of their own excellent science departments. The universe is a strange and wondrous place. The truth is quite odd enough to need no help from pseudo-scientific charlatans. The public appetite for wonder can be fed, through the powerful medium of television, without compromising the principles of honesty and reason.”

Richard Dawkins (1941) English ethologist, evolutionary biologist and author

[Human gullibility beyond belief,— the “paranormal” in the media, The Sunday Times, 1996-08-25]

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Ed Yourdon photo

“OOA - Object-Oriented Analysis - is based upon concepts that we first learned in kindergarten: objects and attributes, wholes and parts, classes and members.”

Ed Yourdon (1944–2016) American software engineer and pioneer in the software engineering methodology

Source: Object-oriented design (1991), p. 1; cited in: Sten Carlsson and Benneth Christiansson. (1999) " The Concept of Object and its Relation to Human Thinking: Some Misunderstandings Concerning the Connection between Object-Orientation and Human Thinking http://www.vits.org/publikationer/dokument/289.pdf." Informatica, Lith. Acad. Sci. 10.2. p. 147-160.

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“I presume that few who have paid any attention to the history of the Mathematical Analysis, will doubt that it has been developed in a certain order, or that that order has been, to a great extent, necessary -- being determined, either by steps of logical deduction, or by the successive introduction of new ideas and conceptions, when the time for their evolution had arrived.”

George Boole (1815–1864) English mathematician, philosopher and logician

Source: 1850s, A treatise on differential equations (1859), p. v; cited in: Quotations by George Boole http://www-history.mcs.st-and.ac.uk/Quotations/Boole.html, MacTutor History of Mathematics, August 2010.

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“Metaphors are thus the very medium and outcome of our analysis.”

Christopher Tilley (1955) British postprocessual archaeologist.

[Buchli (Ed.), Victor, Christopher, Tilley, The Material Culture Reader, 2002, Berg, 1-85973-559-2, Oxford]

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“This book undertakes the study of management by utilizing analysis of the basic managerial functions as a framework for organizing knowledge and techniques in the field. Managing is defined here as the creation and maintenance of an internal environment in an enterprise where individuals, working together in groups, can perform efficiently and effectively towards the attainment of group goals. Managing could, then, be called ""performance environment design."" Essentially, managing is the art of doing, and management is the body of organized knowledge which underlies the art.
Each of the managerial functions is analyzed and described in a systematic way. As this is done, both the distilled experience of practicing managers and the findings of scholars are presented., This is approached in such a way that the reader may grasp the relationships between each of the functions, obtain a clear view of the major principles underlying them, and be given the means of organizing existing knowledge in the field.
Part 1 is an introduction to the basis of management through a study of the nature and operation of management principles (Chapter 1), a description of the various schools and approaches of management theory (Chapter 2), the functions of the manager (Chapter 3), an analytical inquiry into the total environment in which a manager must work (Chapter 4), and an introduction to comparative management in which approaches are presented for separating external environmental forces and nonmanagerial enterprise functions from purely managerial knowledge (Chapter 5)…”

Harold Koontz (1909–1984)

Source: Principles of management, 1968, p. 1 (1972 edition)

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“The point of an analysis of capitalism, or of nihilism, is to do more of it. The process is not to be critiqued. The process is the critique, feeding back into itself, as it escalates. The only way forward is through, which means further in.”

Nick Land (1962) British philosopher

"A Quick-and-Dirty Introduction to Accelerationism" https://jacobitemag.com/2017/05/25/a-quick-and-dirty-introduction-to-accelerationism/ (2017) (original emphasis)

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Dana Gioia photo

“I want a poetry that can learn as much from popular culture as from serious culture. A poetry that seeks the pleasure and emotionality of the popular arts without losing the precision, concentration, and depth that characterize high art. I want a literature that addresses a diverse audience distinguished for its intelligence, curiosity, and imagination rather than its professional credentials. I want a poetry that risks speaking to the fullness of our humanity, to our emotions as well as to our intellect, to our senses as well as our imagination and intuition. Finally I hope for a more sensual and physical art — closer to music, film, and painting than to philosophy or literary theory. Contemporary American literary culture has privileged the mind over the body. The soul has become embarrassed by the senses. Responding to poetry has become an exercise mainly in interpretation and analysis. Although poetry contains some of the most complex and sophisticated perceptions ever written down, it remains an essentially physical art tied to our senses of sound and sight. Yet, contemporary literary criticism consistently ignores the sheer sensuality of poetry and devotes its considerable energy to abstracting it into pure intellectualization. Intelligence is an irreplaceable element of poetry, but it needs to be vividly embodied in the physicality of language. We must — as artists, critics, and teachers — reclaim the essential sensuality of poetry. The art does not belong to apes or angels, but to us. We deserve art that speaks to us as complete human beings. Why settle for anything less?”

Dana Gioia (1950) American writer

"Paradigms Lost," interview with Gloria Brame, ELF: Eclectic Literary Forum (Spring 1995)
Interviews

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“This is a serious analysis of a ridiculous subject, which is of course the opposite of what is usual in economics.”

Of his paper "The Theory of Interstellar Trade"; quoted in The Economist, 26 October 2013, p. 86

“My father Giannino Castiglioni was a sculptor. His was a realistic sculpture, always linked to the human image, not fantastic and unreal, had an attitude of continuous analysis of the characteristics of people”

Achille Castiglioni (1918–2002) Italian designers and architect

Giannino Castiglioni. Milano, 1884 - Lierna (Lago di Como), 1971. Scultore. in: II personaggi pubblici., p. 42 ( online http://www.alessandraubertazzi.eu/wp-content/pdf/monumentale/personaggipubblici.pdf)

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