-
John Polkinghorne has been a flurry of books, lectures, commentaries in the last few years that have become more aggressive, more enthusiastic in stating that not only is there no God, but that it is very good for the world to come to that conclusion to
eliminate religion. He was trying to create image of religion without respect. Either Teresa practice or just thinking any serious way. For example, the contribution next report, serious reviews. It said this book serious defects and is it installing session? There are arguments in support of theological belief. -
The Structure of Scientific Revolution: Thomas Kuhn developed a theory of scientific paradigms. Around this idea of normal science, and its tendency toward a set of assumptions taken for granted, and not actively challenged. Notice that
biology research papers do not begin by explaining the theory of evolution by natural selection. Doing so would be redundant, and biologists have largely agreed on that theory as well, validated and worthy of accepting as a core assumption underlying field. Physics papers do something quite similar; nevertheless, introduction sections are not littered with explanations about the standard model of particle physics. Chemistry papers are not repeatedly explaining atomic theory. -
Hilary Putnam: born in July 31, 1926. Chicago, IL USA. He died on March 13, 2016. Hilary Putnam was an American philosopher, mathematician and a computer scientist. He also was a major figure in analytic philosophy in the second half of 20th century.
He made significant contributions to philosophy of mind, philosophy of language, philosophy of mathematics, and philosophy of science. Outside philosophy, Putnam contributed to mathematics and computer science. Together with Martin Davis he developed the Davis–Putnam algorithm for the Boolean satisfiability problem and he helped demonstrate the insolvability of Hilbert's tenth problem. -
4. Larry Laudan: born 16 October 1941 is an American philosopher of science who greatly shaped the debates in the field from the late 1970s till the mid 1990s. Laudan wrote many works, notably, Progress and its Problems (1977), Science and Hypothesis (198
Laudan’s most notable contribution to the study of scientific change is his reticulated model of scientific change where methods of theory evaluation change together with scientific theories and goals of scientific inquiry in a piecemeal rational fashion. He later defended his view from the criticisms made by notable colleagues like John Worrall.