Fads and Fallacies in the Name of Science (1957)—originally published in 1952 as In the Name of Science: An Entertaining Survey of the High Priests and Cultists of Science, Past and Present—was Martin Gardner's second book.Dover - the publisher of the book's second edition - had published a collection of mathematical puzzles the year before, and Gardner had already written many articles throughout the 1950s. A survey of what it described as pseudosciences and cult beliefs, it became a founding document in the nascent scientific skepticism movement. Michael Shermer said of it: "Modern skepticism has developed into a science-based movement, beginning with Martin Gardner's 1952 classic".
The book debunks what it characterises as pseudoscience and the pseudo-scientists who propagate it.
Contents
Synopsis Fads and Fallacies in the Name of Science starts with a brief survey of the spread of the ideas of "cranks" and "pseudo-scientists", attacking the credulity of the popular press and the irresponsibility of publishing houses in helping to propagate these ideas. Cranks often cite historical cases where ideas were rejected which are now accepted as right. Gardner acknowledges that such cases occurred, and describes some of them, but says that times have changed: "If anything, scientific journals err on the side of permitting questionable theses to be published". Gardner acknowledges that "among older scientists ... one may occasionally meet with irrational prejudice against a new point of view", but adds that "a certain degree of dogma ... is both necessary and desirable" because otherwise "science would be reduced to shambles by having to examine every new-fangled notion that came along."
Gardner says that cranks have two common characteristics. The first "and most important" is that they work in almost total isolation from the scientific community. Gardner defines the community as an efficient network of communication within scientific fields, together with a co-operative process of testing new theories. This process allows for apparently bizarre theories to be published—such as Einstein's theory of relativity, which initially met with considerable opposition; it was never dismissed as the work of a crackpot, and it soon met with almost universal acceptance. pp. 8–9 But the crank "stands entirely outside the closely integrated channels through which new ideas are introduced and evaluated. He does not send his findings to the recognized journals or, if he does, they are rejected for reasons which in the vast majority of cases are excellent."
The second characteristic of the crank (which also contributes to his or her isolation) is the tendency to paranoia. There are five ways in which this tendency is likely to be manifested.
The pseudo-scientist considers himself a genius. He regards other researchers as stupid, dishonest or both. He believes there is a campaign against his ideas, a campaign comparable to the persecution of Galileo or Pasteur. He may attribute his "persecution" to a conspiracy by a scientific "masonry" who are unwilling to admit anyone to their inner sanctum without appropriate initiation. Instead of side-stepping the mainstream, the pseudo-scientist attacks it head-on: The most revered scientist is Einstein, so Gardner writes that Einstein is the most likely establishment figure to be attacked. He has a tendency to use complex jargon, often making up words and phrases. Gardner compares this to the way that schizophrenics talk in what psychiatrists call "neologisms", "words which have meaning to the patient, but sound like Jabberwocky to everyone else." pp 13-14
These psychological traits are in varying degrees demonstrated throughout the remaining chapters of the book, in which Gardner examines particular "fads" he labels pseudo-scientific. His writing became the source book from which many later studies of pseudo-science were taken (e.g. Encyclopedia of Pseudo-science).
Chapters As per the subtitle of the book, "The curious theories of modern pseudoscientists and the strange, amusing and alarming cults that surround them" are discussed in the chapters as listed.
In the Name of Science the introductory chapter Flat and Hollow the Flat Earth theory of Wilbur Glenn Voliva the Hollow Earth theories of John Cleves Symmes, Jr. and Cyrus Reed Teed Monsters of Doom Immanuel Velikovsky’s Worlds in Collision William Whiston’s A New Theory of the Earth Ignatius Donnelly’s Ragnarok; Hanns Hörbiger’s Welteislehre and Hörbiger’s disciple Hans Schindler Bellamy. The Forteans Charles Fort, Tiffany Thayer and the Fortean Society The Hutchins-Adler Great Books Movement: "most of them regard scientists, on the whole, as a stupid lot." Flying Saucers Kenneth Arnold, the Mantell UFO Incident Raymond Palmer, Richard Shaver, Donald Keyhoe, Frank Scully, Gerald Heard and the Unidentified flying object movement. Zig-Zag-and-Swirl Alfred Lawson and his "Lawsonomy" Down with Einstein! Joseph Battell, Thomas H. Graydon, George Francis Gillette, Jeremiah J. Callahan and others. Sir Isaac Babson Roger Babson and the Gravity Research Foundation. Dowsing Rods and Doodlebugs Solco Walle Tromp and radiesthesia Kenneth Roberts, Henry Goss and their dowsing. Under the Microscope Andrew Crosse, Henry Charlton Bastian, Charles Wentworth Littlefield and others who claimed to observe spontaneous generation of living forms. Geology versus Genesis Philip Henry Gosse and his Omphalos George McCready Price and The New Geology Mortimer Adler’s writings on evolution. Hilaire Belloc’s debate with H. G. Wells. Lysenkoism Lamarck and Lamarckism; Lysenko and Lysenkoism Apologists for Hate Hans F. K. Günther and “nordicism” Charles Carroll, Madison Grant, Lothrop Stoddard, and “scientific racism”. Atlantis and Lemuria Ignatius Donnelly (again), Lewis Spence and Atlantis Madame Blavatsky, James Churchward and Lemuria The Great Pyramid John Taylor, Charles Piazzi Smyth, Charles Taze Russell and others with their theories about the Great Pyramid of Giza. Medical Cults Samuel Hahnemann, The Organon of the Healing Art, and homeopathy. Naturopathy, with iridiagnosis, zone therapy and Alexander technique. Andrew Taylor Still and osteopathy. Daniel D. Palmer and chiropractic. Medical Quacks Elisha Perkins Albert Abrams and his defender Upton Sinclair. Ruth Drown Dinshah Pestanji Framji Ghadiali color therapy Gurdjieff Aleister Crowley Edgar Cayce (in the Appendix) Hoxsey Therapy and Krebiozen Food Faddists Horace Fletcher and Fletcherism William Howard Hay and the Dr. Hay diet Vegetarianism ("We need not be concerned here with the ethical arguments...") J. I. Rodale and organic farming Rudolf Steiner, Ehrenfried Pfeiffer, anthroposophy and biodynamic agriculture. Gayelord Hauser Nutrilite Dudley J. LeBlanc and Hadacol Throw Away Your Glasses! William Horatio Bates, the Bates method, Aldous Huxley, The Art of Seeing. Eccentric Sexual Theories Arabella Kenealy Bernarr Macfadden John R. Brinkley Frank Harris John Humphrey Noyes and the Oneida Community Alice Bunker Stockham and “karezza” Orgonomy Wilhelm Reich and “orgone” Dianetics L. Ron Hubbard, Dianetics: The Modern Science of Mental Health. (The term Scientology had only just been introduced when Gardner's book was published.) General Semantics, Etc. Alfred Korzybski, Samuel I. Hayakawa and “general semantics” Jacob L. Moreno and “psychodrama” From Bumps to Handwriting Francis Joseph Gall and phrenology physiognomy; palmistry graphology ESP and PK Joseph Banks Rhine, extra-sensory perception and psychokinesis Nandor Fodor Upton Sinclair (again) and Mental Radio Max Freedom Long Bridey Murphy and Other Matters Morey Bernstein and Bridey Murphy A final plea for orthodoxy and responsibility in publishing
History The 1957 Dover publication is a revised and expanded version of In the Name of Science, which was published by G. P. Putnam's Sons in 1952. The subtitle boldly states the book's theme: "The curious theories of modern pseudoscientists and the strange, amusing and alarming cults that surround them. A study in human gullibility". As of 2005, it had been reprinted at least 30 times.
The book was expanded from an article first published in the Antioch Review in 1950, and in the preface to the first edition, Gardner thanks the Review for allowing him to develop the article as the starting point of his book. p. viii Not all material in the article is carried over to the book. For example, in the article, Gardner writes:
The reader may wonder why a competent scientist does not publish a detailed refutation of Reich's absurd biological speculations. The answer is that the informed scientist doesn't care, and would, in fact, damage his reputation by taking the time to undertake such a thankless task. p. 456
And comments in a footnote:
It is not within the scope of this paper, however, to discuss technical criteria by which hypotheses are given high, low, or negative degrees of confirmation. Our purpose is simply to glance at several examples of a type of scientific activity which fails completely to conform to scientific standards, but at the same time is the result of such intricate mental activity that it wins temporary acceptance by many laymen insufficiently informed to recognize the scientist's incompetence. Although there obviously is no sharp line separating competent from incompetent research, and there are occasions when a scientific "orthodoxy" may delay the acceptance of novel views, the fact remains that the distance between the work of competent scientists and the speculations of a Voliva or Velikovsky is so great that a qualitative difference emerges which justifies the label of "pseudo-science." Since the time of Galileo the history of pseudo-science has been so completely outside the history of science that the two streams touch only in the rarest of instances. p. 456, n.4
While in the book, Gardner writes:
If someone announces that the moon is made of green cheese, the professional astronomer cannot be expected to climb down from his telescope and write a detailed refutation. “A fairly complete textbook of physics would be only part of the answer to Velikovsky,” writes Prof. Laurence J. Lafleur, in his excellent article on "Cranks and Scientists" (Scientific Monthly, Nov., 1951), "and it is therefore not surprising that the scientist does not find the undertaking worth while." p. 11
And in the wrap-up of the chapter:
Just as an experienced doctor is able to diagnose certain ailments the instant a new patient walks into his office, or a police officer learns to recognize criminal types from subtle behavior clues which escape the untrained eye, so we, perhaps, may learn to recognize the future scientific crank when we first encounter him. p. 15
Reception A contemporary review in the Pittsburgh Post-Gazette particularly welcomed Gardner's critical remarks about Hoxsey Therapy and about Krebiozen, both of which were being advanced as anti-cancer measures at that time. The review concluded that the book "should help to counteract some amusing and some positively harmful cults, the existence of which is all too often promoted by irresponsible journalism."
The work has often been mentioned in subsequent books and articles. Louis Lasagna, in his book The Doctors' Dilemmas, considered it to be a "superb account of scientific cults, fads, and frauds" and wrote that "This talented writer combines solid fact with a pleasing style."