Academia.edu no longer supports Internet Explorer.
To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser.
SSRN Electronic Journal
The delimitation between science and pseudoscience is part of the more general task of determining which beliefs are epistemologically justified. Science can be described as partly descriptive, partly normative. A definition of science can focus on descriptive content and specify how the term is used, or it can focus on the normative element and clarify the more fundamental meaning of the term 1 . The earliest use of this name is 1 Pseudoscience is a methodology, belief, or practice considered by its supporters to be scientific, or which seems to be scientific, but does not adhere to an appropriate scientific methodology, lacking its supportive evidence or plausible character, or confirmed scientific status.
The distinction between science and pseudoscience has continued to be a subject of heated debate among philosophers of science. Most have focused on the development of a demarcation principle that allows for a distinction to be made, while others have rejected the concept of a demarcation principle altogether. In either case, there does seem to be a consensus among philosophers of science that distinguishing between science and pseudoscience is a fundamental obstacle, and that such a distinction holds substantial political and ethical implications. In what follows, I will present several formulations of the demarcation principle and critically analyse the proponents and limitations of these various formulations. From the discussion that follows, I hope to evince the proposition that there does not exist necessary and sufficient criteria by which one can definitively distinguish all of science from all of pseudoscience.
International Journal of Advances in Engineering and Management (IJAEM), 2021
We live in the age of "Science" and are overwhelmed by its impact on our lives. evolution of mankind was hastened by science to the extent that humans are saved from being extinct unlike other species more powerful than us-dinosaurs and like. What else other than Science saved us from getting wiped out from the earth in the current pandemic times when Corona was out to obliterate the human race. Humans are blessed with the power of thinking and the capability of thinking evolved science. However same thinking power is giving rise to fields of studies that resemble science but are not science in the real sense. These get categorized as "Pseudoscience" This paper explores details of the two terms-Science‖ and-Pseudoscience‖ and explains their meaning and the similarity and distinction between them.
2020
In this essay, I argue that falsificationism does not provide an adequate demarcation between science and non-science. Such inadequacy will be elaborated by examining a modus tollens argument in favour of falsificationism and the limitations of falsificationism itself.
An overview of some the issues, with particualrl focus on Popper and on James Ladyman's characterisation of pseudoscience in terms of bullshit.
International Journal of Philosophy, 2021
The motivation to write a paper on the general nature of science comes from the scientific nature of Quran, which has been a guidance and help in revealing that science is an ontological and teleological construct which the Quran supports. A much-needed discussion of science had to be done because the trend among the people today suggest anything remotely sounding science has become a substituting value for religion and God. People have started believing rather blindly, in science without really understanding what it is, how it works and its limitations. What is science and what is the purpose of science? This paper explains the answers of the question and help reader understand the difference between science and pseudoscience which often people mistake as one. It explains the difference from example of macroevolution, single common ancestor and natural selection. The discussion also elaborates on the essential foundations of science that makes science, science. At the end, the paper elaborates why science cannot be used to ascertain moral truths. The discussion has been analytical in nature rooted in classic literature of philosophy of science and sociology. The readers will come to appreciate the fine principles of science and it’s limitations in revealing scientific truths.
Studies in history and philosophy of science, 2017
Science denialism poses a serious threat to human health and the long-term sustainability of human civilization. Although it has recently been rather extensively discussed, this discussion has rarely been connected to the extensive literature on pseudoscience and the science-pseudoscience demarcation. This contribution argues that science denialism should be seen as one of the two major forms of pseudoscience, alongside of pseudotheory promotion. A detailed comparison is made between three prominent forms of science denialism, namely relativity theory denialism, evolution denialism, and climate science denialism. Several characteristics are identified that distinguish science denialism from other forms of pseudoscience, in particular its persistent fabrication of fake controversies, the extraordinary male dominance among its activists, and its strong connection with various forms of right-wing politics. It is argued that the scientific response to science denialism has to be conceiv...
2013
ABSTRACT- This paper deals with the demarcation problem in philosophy of science. In this context, I look for answers from logical positivists to Popper and to nowadays philosophers to the following questions: What makes a text, a theory or a research scientific? How can we demarcate science and scientific views from metaphysical thoughts, ideologies, pseudo-sciences and conspiracy theories? What are the distinguishing characteristics of scientific method?
This paper deals with the demarcation problem in philosophy of science. In this context, I look for answers from logical positivists to Popper and to nowadays philosophers to the following questions: What makes a text, a theory or a research scientific? How can we demarcate science and scientific views from metaphysical thoughts, ideologies, pseudo-sciences and conspiracy theories? What are the distinguishing characteristics of scientific method?
The phenomenon of pseudoscience as a cultural-historic product has been the center of controversy since early 20 th century. In this essay, demarcation aspects between neuroscience and pseudoscience are explored in their relationship with scientific community & public and finally, contemporary cultural heritage. Firstly, the demarcation problem will be addressed with aspects of the Falsifiability concept in both science and pseudoscience conceptualization. The short essay closes with an account of pseudoscience violation principles and cultural-historic value.
Ceylon Journal of Science (Biological Sciences), 2009
Biology is generally accepted as a mainstream scientific discipline. However, philosophers of science have questioned the scientific method applied in biological sciences, specifically in evolutionary biology, ever since Karl Popper formulated his principle of falsification. Thus the only major theory in biology, Darwin's theory of evolution, was referred to by Popper as a metaphysical programme. He contended that the theory of evolution is a tautology and laws (if any) in the biological sciences should be unrestricted and universal. As biologists since then have pointed out, biology is a unique science, which requires unique methods to explain its phenomena. The principle of falsification and its application to biological sciences, the uniqueness of biology as a science necessitating different and equally valid scientific methods are discussed.
Turner, Bryan S. (ed.) (2017). The Wiley-Blackwell Encyclopedia of Social Theory. Chichester, UK: Jon Wiley & Sons., 2017
In the context of evaluating the empirical adequacy of scientific theories and hypotheses, the term ‘falsification’ denotes having obtained a negative result when testing a comparatively more theoretical prediction against more observational data. The falsifiability and the empirical adequacy of hypotheses and theories remain central goals in all empirical sciences. Since falsification always pertains to directly confronting an applied theoretical hypothesis with data, to bring a falsification about ever presupposes the trustworthiness of various background assumptions.
The current study, aiming at investigating the perceptions of candidate classroom teachers for being scientific and examining the effect of the intervention comprising particular characteristics of demarcation on those perceptions, was interpretative in nature. Two data sources were utilized in order to determine their pre and post perceptions. Candidates performed poorly in the process of concluding on the status of pseudoscientific knowledge claims. But, after the intervention that based on pre-determined characteristics, the guided participants were seemed to reason more validly and able to evaluate the status of the cases they investigated for being scientific or not.
International Studies in the Philosophy of Science
on the author's definition of pseudoscience. Pseudosciences are doctrines. An epistemic discipline that is defined solely by its area of study cannot be a pseudoscience, but if a discipline is bound to a doctrine, then it will be pseudoscientific if that doctrine is a pseudoscience. Contrary to most other types of shortcomings in science, pseudoscience involves the sustained promotion of teachings that block or impede the self-correcting and self-improving mechanisms in science. What makes pseudoscience more dangerous than other types of bad science is its doctrinal resistance to correction.
In his book, The Logic of Scientific Discovery, Karl Popper deals with the often called "demarcation problem", which consists in the question: what criterion (or criteria) differentiates scientific and unscientific knowledge? Popper answers by providing a logical criterion for demarcating proper scientific knowledge from pseudo-science: falsificationism.
Precision Nanomedicine, 2022
Science publishing has many problems today. Some of them are caused by external factors, such as the computer and internet revolution. Others are because of the publication explosion and the resulting imbalance between the interests of science, authors, institutions, and the publishing business. However, these pains are part of the overall growth, nothing more. Society needs science more than ever, but progress cannot be made without reliable communication in publications. Publications are not science; they are yesterday’s information and knowledge, which are organized, stored, and shared on various media. It is important to understand actual problems with publications and consider what you can do.
Loading Preview
Sorry, preview is currently unavailable. You can download the paper by clicking the button above.