The Structure of Scientific Revolutions - Examples. In the book, Kuhn explains his ideas by discussing examples. At some stage in the history of chemistry, some chemists began to explore the idea of atomism. Generally, when substances are heated they fall apart in their constituent elements, and often, but by no means always, the elements would be found to only combine in certain proportions. At the time, a mixture of water and alcohol was generally classified as a compound. Nowadays it is thought to be a ...

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The Structure of Scientific Revolutions, The Structure of Scientific Revolutions - Synopsis, The Structure of Scientific Revolutions - Examples, The Structure of Scientific Revolutions - The Copernican Revolution, The Structure of Scientific Revolutions - Coherency, The Structure of Scientific Revolutions - Three phases, The Structure of Scientific Revolutions - Transition period, The Structure of Scientific Revolutions - Kuhn's opinion on scientific progress, The Structure of Scientific Revolutions - Relevance of SSR

Read more here: » The Structure of Scientific Revolutions: Encyclopedia II - The Structure of Scientific Revolutions - Synopsis

Charles Hoy Fort (August 6, 1874 - May 3, 1932) was an American writer and researcher into anomalous phenomena. (According to some sources he was born on August 9.) Fort is best known for his books, in which he compiled — with his characteristic wry, tongue in cheek sense of humor — many accounts of odd, inexplicable or strange events, usually taken from newspapers or scientific journals. Fort's books sold well, and remain in print. The term Forteana is sometimes used to describe various anomalous phenomena.Including:

• Charles Fort - Overview
• Charles Fort - Fort and the unexplained
• Charles Fort - Followers and fans of Fort
• Charles Fort - Quotations
• Charles Fort - Books by Fort
• Charles Fort - Books about Fort

Read more here: » Charles Fort: Encyclopedia - Charles Fort

Ether systems have characteristics of monotonicity, concurrency, commutativity, and pluralism. monotonicity: Once something is published it cannot be withdrawn. Scientists publish their results so they are available to all. Published work is collected and indexed in libraries. Scientists who change their mind can publish later articles contradicting earlier ones. However, they are not allowed to go into the libraries and "erase" old publications. concurrency: Scientis ...

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Scientific Community Metaphor, Scientific Community Metaphor - Monotonicity Concurrency Commutatvity and Pluralism, Scientific Community Metaphor - Proposing Modifying Supporting and Opposing, Scientific Community Metaphor - Viewpoints Inheritance Translation and Negotiation, Scientific Community Metaphor - Emphasis on communities rather than individuals, Scientific Community Metaphor - Why is the Scientific Community Metaphor important now?, Scientific Community Metaphor - Reference

Read more here: » Scientific Community Metaphor: Encyclopedia II - Scientific Community Metaphor - Monotonicity Concurrency Commutatvity and Pluralism

The terms Pathological skepticism and Pseudoskepticism were coined by Marcello Truzzi (sociology professor at Eastern Michigan University) in the early 1990s in response to the skeptic groups who applied the label of "Pathological Science" to fields which Truzzi thought might be better described as protoscience. The term only makes sense if one uses a special meaning of "skeptic". "Skeptic" can simply mean "someone who doesn't believe this". Applied to that case, using the term "pseudoskeptic" would be as fallacious as c ...

See also:

Pathological skepticism, Pathological skepticism - History and usage

Read more here: » Pathological skepticism: Encyclopedia II - Pathological skepticism - History and usage

Fort's relationship with the study of anomalous phenomena is frequently misunderstood and misrepresented. For over thirty years Charles Fort sat in the libraries of New York and London, assiduously reading scientific journals, newspapers, and magazines, collecting notes upon phenomena that lay outside the accepted theories and beliefs of the time. Examples of these phenomena include many of what are variously referred to as occult, supernatural, and paranormal — for instance, teleportation (a term Fort is generally credited with coi ...

See also:

Charles Fort, Charles Fort - Overview, Charles Fort - Fort and the unexplained, Charles Fort - Followers and fans of Fort, Charles Fort - Quotations, Charles Fort - Books by Fort, Charles Fort - Books about Fort

Read more here: » Charles Fort: Encyclopedia II - Charles Fort - Fort and the unexplained

The idea that scientific paradigms are incommensurable was popularized by the philosopher Thomas Kuhn in his book The Structure of Scientific Revolutions (1962). He wrote that when paradigms change, the world itself changes with them (see esp. Chapter X of this book). According to Kuhn, the proponents of different scientific paradigms cannot make full contact with each other's point of view because they are, as a way of speaking, living in different worlds. Kuhn gave three reasons for this inability: Proponents of competi ...

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Commensurability philosophy of science, Commensurability philosophy of science - Commensurability in general, Commensurability philosophy of science - Commensurability of scientific theories, Commensurability philosophy of science - Kuhn, Commensurability philosophy of science - Feyerabend, Commensurability philosophy of science - Donald Davidson

Read more here: » Commensurability philosophy of science: Encyclopedia II - Commensurability philosophy of science - Kuhn

Falsifiability is an important concept in the philosophy of science that amounts to the apparently paradoxical idea that a proposition or theory cannot be scientific if it does not admit the possibility of being shown false. Falsifiable does not mean false. For a proposition to be falsifiable, it must be at least in principle possible to make an observation that would show the proposition to be false, even if that observation had not been made. For example, the proposition "All crows are black" would be falsified ...

Including:

• Falsifiability - Naïve falsification
• Falsifiability - Falsificationism
• Falsifiability - Popper's swan argument
• Falsifiability - Formal logical arguments
• Falsifiability - The criterion of demarcation
• Falsifiability - Criticism
• Falsifiability - From scientists
• Falsifiability - Some examples
• Falsifiability - Mathematics
• Falsifiability - Ethics
• Falsifiability - Theism
• Falsifiability - Conspiracy theories
• Falsifiability - Economics
• Falsifiability - Historicism
• Falsifiability - Solipsism
• Falsifiability - Physical laws

Read more here: » Falsifiability: Encyclopedia - Falsifiability

This is a list of controversial non-fiction books aimed at the general reader which discuss controversial issues, or are (or were at the time of writing) controversial for other reasons. For controversial fictional books, see list of banned books. Additional books may be found at Controversial books. This list is alphabetical by topic, and books should be ordered by publication date within topics Criteria for inclusion: This list is intended to be selective, not exhaustive.< ...

Including:

• List of controversial non-fiction books - Agriculture
• List of controversial non-fiction books - Anthropology
• List of controversial non-fiction books - Artificial intelligence and the nature of consciousness
• List of controversial non-fiction books - Astronomy
• List of controversial non-fiction books - Business and bureaucracy
• List of controversial non-fiction books - Cosmology
• List of controversial non-fiction books - Drug culture
• List of controversial non-fiction books - Environmentalism
• List of controversial non-fiction books - Evolution
• List of controversial non-fiction books - Feminist theory
• List of controversial non-fiction books - Futurology
• List of controversial non-fiction books - Globalization
• List of controversial non-fiction books - History
• List of controversial non-fiction books - Media
• List of controversial non-fiction books - Philosophy of science
• List of controversial non-fiction books - Politics
• List of controversial non-fiction books - Psychiatry
• List of controversial non-fiction books - Race and intelligence
• List of controversial non-fiction books - Religion
• List of controversial non-fiction books - Sociology

Read more here: » List of controversial non-fiction books: Encyclopedia - List of controversial non-fiction books

Generally, two quantities are commensurable if both can be measured in the same units. For example, a distance meausured in miles and a volume of water measured in gallons are incommensurable. A time measured in weeks and a time measured in minutes are commensurable because a week is a constant number of minutes (10080), so that one can convert between the two units by multiplying or dividing by 10080. Commensurability philosophy of science - Commensurability of scientific theories. In the philosoph ...

Including:

• Commensurability philosophy of science - Commensurability in general
• Commensurability philosophy of science - Commensurability of scientific theories
• Commensurability philosophy of science - Kuhn
• Commensurability philosophy of science - Feyerabend
• Commensurability philosophy of science - Donald Davidson

Read more here: » Commensurability philosophy of science: Encyclopedia - Commensurability philosophy of science

Darwin's Black Box : The Biochemical Challenge to Evolution is a 1996 book by Michael J. Behe in which he argues that many biochemical systems are irreducibly complex, and thus not amenable to explanation by Darwinian evolution; he does not rule out evolution as the explanation for other, macroscopic biological phenomena. The book has caused much controversy, as it is considered to be pseudoscience by many in the scientific community, who state that Behe's ideas are not falsifiable, that his definition of an irreducibly co ...

Including:

• Darwin's Black Box - Overview
• Darwin's Black Box - Darwin's Black Box peer review controversy
• Darwin's Black Box - Reference

Read more here: » Darwin's Black Box: Encyclopedia - Darwin's Black Box

Empiricism comes from the Greek word εμπειρισμός, a noun meaning a "test" or "trial". The -pir- is ultimately related to the -per- of the Latin words experientia and experimentum, both of which mean "experiment," and from which our words "experiment" and "experience" come. (Interestingly, it is also related to the Latin word periculum, "essay, trial, danger," which gives the English word "peril".) Empiricism is therefore the philosophical doctrine (-ism) of "testing" or "experimentation," and has taken ...

Including:

• Empiricism - Empiricism and Science
• Empiricism - Empiricism in history
• Empiricism - Classical Empiricism
• Empiricism - Modern Empiricism
• Empiricism - Radical Empiricism
• Empiricism - Moderate Empiricism
• Empiricism - Other forms
• Empiricism - Criticisms
• Empiricism - Kuhn's The Structure of Scientific Revolutions
• Empiricism - Constructivism
• Empiricism - Quantum mechanics

Read more here: » Empiricism: Encyclopedia - Empiricism

Reality in everyday usage means "everything that exists." The term "Reality," in its most liberal sense, includes everything that is, whether or not it is observable, accessible or understandable by science, philosophy, theology or any other system of analysis. Reality in this sense may include both being and nothingness, whereas "existence" is often restricted to being. (Compare with nature). In the strict sense of European-German philosophy, there are levels or gradation to the nature and conception of reality. These levels include, from the most subjective to the most rigorous: Phenomenological reality ...

Including:

• Reality - Simple reality
• Reality - Phenomenological reality
• Reality - Truth
• Reality - Fact
• Reality - Axiom
• Reality - What reality might not be
• Reality - Reality world views and theories of reality
• Reality - Philosophical views of reality

Read more here: » Reality: Encyclopedia - Reality

Since the late 1800s, the word paradigm (IPA: /pæɹɘdaɪm/) has referred to a thought pattern in any scientific discipline or other epistemological context. Initially the word was specific to grammar: the 1900 Merriam-Webster dictionary defines its technical use only in the context of grammar or, in rhetoric, as a term for an illustrative parable or fable. Also, in linguistics, Ferdinand de Saussure used paradigm to ...

Including:

• Paradigm - Paradigm shifts
• Paradigm - Other uses
• Paradigm - Etymology
• Paradigm - Quote

Read more here: » Paradigm: Encyclopedia - Paradigm

Scientific research includes generating theories and processes for modifying, supporting, and opposing these theories. Karl Popper called the process "conjectures and refutations", which although expressing a core insight, has been shown to be too restrictive a characterization by the work of Michel Callon, Paul Feyerabend, Elihu M. Gerson, Mark Johnson, Thomas Kuhn, George Lakoff, Imre Lakatos, Bruno Latour, John Law, Susan Leigh Star, Anslem Strauss, Lucy Suchman, Ludwig Wittgenstein, etc.. Three basic kinds of participation in Ether are proposing, supporting, and o ...

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Scientific Community Metaphor, Scientific Community Metaphor - Monotonicity Concurrency Commutatvity and Pluralism, Scientific Community Metaphor - Proposing Modifying Supporting and Opposing, Scientific Community Metaphor - Viewpoints Inheritance Translation and Negotiation, Scientific Community Metaphor - Emphasis on communities rather than individuals, Scientific Community Metaphor - Why is the Scientific Community Metaphor important now?, Scientific Community Metaphor - Reference

Read more here: » Scientific Community Metaphor: Encyclopedia II - Scientific Community Metaphor - Proposing Modifying Supporting and Opposing

Fort's work has inspired very many to consider themselves as Forteans. The first of these was the screenwriter Ben Hecht, who in a review of The Book of the Damned declared "I am the first disciple of Charles Fort... henceforth, I am a Fortean". Precisely what is encompassed by 'Fortean' is a matter of great debate; the term is widely applied from every position from a Fortean purists dedicated to Fort's methods and interests, to those with open and active acceptence of the actuality of paranormal phenomena, a position Fort wou ...

See also:

Charles Fort, Charles Fort - Overview, Charles Fort - Fort and the unexplained, Charles Fort - Followers and fans of Fort, Charles Fort - Quotations, Charles Fort - Books by Fort, Charles Fort - Books about Fort

Read more here: » Charles Fort: Encyclopedia II - Charles Fort - Followers and fans of Fort

Charles Hoy Fort was born in 1874 in Albany, New York, of Dutch ancestry. His grocer father was something of an authoritarian, and was reportedly abusive. Some have suggested that Fort's distrust of authority has its roots in his father's treatment. In any case, Fort developed a strong sense of independence in his youth. While still rather young, Fort was a budding naturalist who would collect sea shells, minerals, and birds. Curious and intelligent, the young Fort did not excel at school, though he was quite a wit and full of knowledge about the world — ...

See also:

Charles Fort, Charles Fort - Overview, Charles Fort - Fort and the unexplained, Charles Fort - Followers and fans of Fort, Charles Fort - Quotations, Charles Fort - Books by Fort, Charles Fort - Books about Fort

Read more here: » Charles Fort: Encyclopedia II - Charles Fort - Overview

Alan Turing was one of the first to attempt to more precisely characterize individual intelligence through the notion of his famous Turing Test. This paradigm was developed and deepened in the field of Artificial Intelligence. Allen Newell and Herbert Simon did pioneer work in analyzing the protocols of individual human problem solving behavior on puzzles. More recently Marvin Minsky has developed the idea that the mind of an individual human is composed of a society of agents in Society of Mind (see the analysis by Push Singh). The above research ...

See also:

Scientific Community Metaphor, Scientific Community Metaphor - Monotonicity Concurrency Commutatvity and Pluralism, Scientific Community Metaphor - Proposing Modifying Supporting and Opposing, Scientific Community Metaphor - Viewpoints Inheritance Translation and Negotiation, Scientific Community Metaphor - Emphasis on communities rather than individuals, Scientific Community Metaphor - Why is the Scientific Community Metaphor important now?, Scientific Community Metaphor - Reference

Read more here: » Scientific Community Metaphor: Encyclopedia II - Scientific Community Metaphor - Emphasis on communities rather than individuals

Ether used viewpoints to relativist information in publications. However a great deal of information is shared across viewpoints. So Ether made use of inheritance so that information in a viewpoint could be readily used in other viewpoints. Sometimes this inheritance is not exact as when the laws of physics in Newtonian mechanics are derived from those of Special Relativity. In such cases Ether used translation instead of inheritance. Bruno Latour has analyzed translation in scientific communities in the context of actor ...

See also:

Scientific Community Metaphor, Scientific Community Metaphor - Monotonicity Concurrency Commutatvity and Pluralism, Scientific Community Metaphor - Proposing Modifying Supporting and Opposing, Scientific Community Metaphor - Viewpoints Inheritance Translation and Negotiation, Scientific Community Metaphor - Emphasis on communities rather than individuals, Scientific Community Metaphor - Why is the Scientific Community Metaphor important now?, Scientific Community Metaphor - Reference

Read more here: » Scientific Community Metaphor: Encyclopedia II - Scientific Community Metaphor - Viewpoints Inheritance Translation and Negotiation

A delusion is commonly defined as a fixed false belief and is used in everyday language to describe a belief that is either false, fanciful or derived from deception. In psychiatry, the definition is necessarily more precise and implies that the belief is pathological (the result of an illness or illness process). Delusions typically occur in the context of neurological or mental illness, although they are not tied to any particular disease and have been found to occur in the context of many pathological states (both physical a ...

Including:

• Delusion - Psychiatric definition
• Delusion - Primary and Secondary Delusions
• Delusion - Diagnostic issues

Read more here: » Delusion: Encyclopedia - Delusion

Exemplar, in the sense developed by philosopher of science Thomas Kuhn, is a well known usage of a scientific theory. According to Kuhn, scientific practice alternates between periods of normal science and extraordinary/revolutionary science. During periods of normalcy, scientists tend to subscribe to a large body of interconnecting knowledge, methods, and assumptions which make up the reigning paradigm (see paradigm shift for more information on Kuhn's model). Normal science presents a series of "puzzles" that are solved as scientists explore their field. The solution to some of these puzzles become well k ...

Read more here: » Exemplar: Encyclopedia - Exemplar