The Monkey Wrench

Last updated
"The Monkey Wrench"
Author Gordon R. Dickson
Language English
Genre(s) Science fiction
Publisher Street and Smith
Media typeMagazine ( Astounding Science Fiction )
Publication date1951

"The Monkey Wrench" is a science fiction short story by American writer Gordon R. Dickson.

Science fiction genre of fiction

Science fiction is a genre of speculative fiction, typically dealing with imaginative concepts such as advanced science and technology, space exploration, time travel, and extraterrestrial life. Science fiction often explores the potential consequences of scientific and other innovations, and has been called a "literature of ideas".

Short story Brief work of literature, usually written in narrative prose

A short story is a piece of prose fiction that typically can be read in one sitting and focuses on a self-contained incident or series of linked incidents, with the intent of evoking a "single effect" or mood, however there are many exceptions to this.

Gordon R. Dickson Canadian-American science fiction writer

Gordon Rupert Dickson was a Canadian-American science fiction writer. He was inducted into the Science Fiction and Fantasy Hall of Fame in 2000.

Plot summary

In this story, Lowland society lawyer Cary Harmon drops in unannounced on the weather station of meteorologist Burke McIntyre, high in the Lonesome Mountains, a jagged chain of the deserted shorelands of Venus's Northern Sea. Curious about Burke's hermit's existence, Cary queries to gain knowledge of how Burke works. The Brain, a newly installed computer, does all observations, and Burke, by himself, just sits at the desk and prepares weather data for transmission to the Weather Center down at the Capital City.

Cary tries to find fault in the machine, but Burke proudly argues that the Brain, "A big tin god", is invulnerable, that it can never break down. Along the debate, Burke claims that any bank out of the twenty could handle any situation, and if a situation too big for one to handle arose, it just hooked in with one or more of the idle banks until it was capable of dealing with the situation.

Theoretically, it's possible for the machine to bump into a problem that would require all or more than all of its banks to handle. For example, if this station suddenly popped into the air and started to fly away for no discernible reason, the bank that first felt the situation would keep reaching out for help until all the banks were engaged in considering it, until it crowded out all the other functions the machine performs. But even then, it wouldn't overload and burn out. The banks would just go on to considering the problem until they had evolved a theory that explained why we were flying through the air and what to do about returning us to our proper place and functions.

Despite that, Cary happily makes a bet that he could gimmick the machine in one minute. He successfully does so by throwing at the machine a metaphoric monkey wrench - a paradox:

Paradox statement that apparently contradicts itself and yet might be true

A paradox is a statement that, despite apparently valid reasoning from true premises, leads to an apparently-self-contradictory or logically unacceptable conclusion. A paradox involves contradictory-yet-interrelated elements that exist simultaneously and persist over time.

You must reject the statement I am now making to you, because all the statements I make are incorrect.

With the Brain dedicating all of its banks to working on the paradox, the consequence of Cary's action finally bears down upon the pair, as the harsh negative temperatures of Venus rapidly sets in.

The Internet Speculative Fiction Database (ISFDB) is a database of bibliographic information on genres considered speculative fiction, including science fiction and related genres such as fantasy fiction and horror fiction. The ISFDB is a volunteer effort, with both the database and wiki being open for editing and user contributions. The ISFDB database and code are available under Creative Commons licensing and there is support within both Wikipedia and ISFDB for interlinking. The data are reused by other organizations, such as Freebase, under the creative commons license.

Related Research Articles

In philosophy and logic, the classical liar paradox or liar's paradox or antinomy of the liar is the statement of a liar that he or she is lying: for instance, declaring that "I am lying". If the liar is indeed lying, then the liar is telling the truth, which means the liar is lying. In "this sentence is a lie" the paradox is strengthened in order to make it amenable to more rigorous logical analysis. It is still generally called the "liar paradox" although abstraction is made precisely from the liar themself. Trying to assign to this statement, the strengthened liar, a classical binary truth value leads to a contradiction.

Structured programming is a programming paradigm aimed at improving the clarity, quality, and development time of a computer program by making extensive use of the structured control flow constructs of selection (if/then/else) and repetition, block structures, and subroutines.

Tool physical item that can be used to achieve a goal

A tool is an object of whatever relatively simple construction is necessary for its user to hold and operate easily to perform a simple task not as effectively performed or not possible, safe, or desirable to perform using a bodily member alone. Although many animals use simple tools, only human beings, whose use of stone tools dates back hundreds of millennia, use tools to make other tools. The set of tools needed to perform different tasks that are part of the same activity is called gear or equipment.

The Novikov self-consistency principle, also known as the Novikov self-consistency conjecture and Larry Niven's law of conservation of history, is a principle developed by Russian physicist Igor Dmitriyevich Novikov in the mid-1980s. Novikov intended it to solve the problem of paradoxes in time travel, which is theoretically permitted in certain solutions of general relativity that contain what are known as closed timelike curves. The principle asserts that if an event exists that would cause a paradox or any "change" to the past whatsoever, then the probability of that event is zero. It would thus be impossible to create time paradoxes.

Russells paradox paradox in the foundations of mathematics

In the foundations of mathematics, Russell's paradox, discovered by Bertrand Russell in 1901, showed that some attempted formalizations of the naïve set theory created by Georg Cantor led to a contradiction. The same paradox had been discovered in 1899 by Ernst Zermelo but he did not publish the idea, which remained known only to David Hilbert, Edmund Husserl, and other members of the University of Göttingen. At the end of the 1890s Cantor himself had already realized that his definition would lead to a contradiction, which he told Hilbert and Richard Dedekind by letter.

Strange loop

A strange loop is a cyclic structure that goes through several levels in a hierarchical system. It arises when, by moving only upwards or downwards through the system, one finds oneself back where one started.

In philosophy and mathematics, Newcomb's paradox, also referred to as Newcomb's problem, is a thought experiment involving a game between two players, one of whom purports to be able to predict the future.

A brain transplant or whole-body transplant is a procedure in which the brain of one organism is transplanted into the body of another organism. It is a procedure distinct from head transplantation, which involves transferring the entire head to a new body, as opposed to the brain only. Theoretically, a person with advanced organ failure could be given a new and functional body while keeping their own personality, memories, and consciousness through such a procedure.

The St. Petersburg paradox or St. Petersburg lottery is a paradox related to probability and decision theory in economics. It is based on a particular (theoretical) lottery game that leads to a random variable with infinite expected value but nevertheless seems to be worth only a very small amount to the participants. The St. Petersburg paradox is a situation where a naive decision criterion which takes only the expected value into account predicts a course of action that presumably no actual person would be willing to take. Several resolutions are possible.

Monkey wrench type of adjustable wrench

The monkey wrench, known as gas grips in the UK, is a type of adjustable wrench, a later American development of eighteenth-century English coach wrenches. It was widely used in the nineteenth and early twentieth centuries but is now seldom used in the mechanical trades, having been mostly replaced by the newer style of shifting (adjustable) spanner/wrench. It is still of interest as an antique among tool collectors and is still occasionally used in maintenance and repair when it happens to be convenient. The term monkey wrench is also sometimes used loosely, usually by non-tradespeople, to refer to the pipe wrench, but tradespeople usually speak more precisely than that. A wrench with smooth jaws is not used for turning threaded pipe.

"Catch that Rabbit" is a science fiction short story by American writer Isaac Asimov. It was first published in the February 1944 issue of Astounding Science Fiction and reprinted in the collections I, Robot (1950) and The Complete Robot (1982).

The Girl Who Was Plugged In novella by James Tiptree, Jr.

"The Girl Who Was Plugged In" is a science fiction novella by American writer James Tiptree, Jr., a pen name used by American writer Alice Sheldon. It won the Hugo Award for Best Novella in 1974.

<i>Inconstant Moon</i> short story by Larry Niven

Inconstant Moon is a science fiction short story collection by American author Larry Niven that was published in 1973. "Inconstant Moon" is also a 1971 short story that is included in the collection. The title is a quote from the balcony scene in William Shakespeare's Romeo and Juliet. The collection was assembled from the US collections The Shape of Space and All the Myriad Ways. The short story won the 1972 Hugo Award for best short story.

The two envelopes problem, also known as the exchange paradox, is a brain teaser, puzzle, or paradox in logic, probability, and recreational mathematics. It is of special interest in decision theory, and for the Bayesian interpretation of probability theory. Historically, it arose as a variant of the necktie paradox. The problem typically is introduced by formulating a hypothetical challenge of the following type:

Artificial intelligence has close connections with philosophy because both share several concepts and these include intelligence, action, consciousness, epistemology, and even free will. Furthermore, the technology is concerned with the creation of artificial animals or artificial people so the discipline is of considerable interest to philosophers. These factors contributed to the emergence of the philosophy of artificial intelligence. Some scholars argue that the AI community's dismissal of philosophy is detrimental.

Self-refuting ideas or self-defeating ideas are ideas or statements whose falsehood is a logical consequence of the act or situation of holding them to be true. Many ideas are called self-refuting by their detractors, and such accusations are therefore almost always controversial, with defenders stating that the idea is being misunderstood or that the argument is invalid. For these reasons, none of the ideas below are unambiguously or incontrovertibly self-refuting. These ideas are often used as axioms, which are definitions taken to be true, and cannot be used to test themselves, for doing so would lead to only two consequences: consistency or exception (self-contradiction). It is important to know that the conclusion of an argument that is self-refuting is not necessarily false, since it could be supported by another, more valid, argument.

In computability theory, the halting problem is the problem of determining, from a description of an arbitrary computer program and an input, whether the program will finish running or continue to run forever.