This article aims to present a detailed analysis of the “Christian natural philosophy” elaborated by the German humanist philosopher and theologian Otto Casmann (1562–1607) in his various works. To this end, Casmann’s general idea of philosophia Christiana is discussed and critically evaluated. Regarding natural philosophy, or physics, attention is paid mainly to topics such as cosmogony and cosmology, which Casmann promised to have developed biblically and independently of the pagan (namely Aristotelian) tradition. However, when Casmann’s natural philosophy is analyzed in (...) detail, his resolute emphasis on the literal reading of the Bible, the cornerstone of his entire concept, turns out to be problematic. Similarly, despite his resolutions, his natural‑philosophical views are, to a considerable extent, still dependent on Aristotelian terms and concepts. (shrink)

The paper deals with the work Philosophia Sacra: Or The Principles of Natural Philosophy. Extracted from Divine Revelation, published in 1753 by the relatively unknown English clergyman Samuel Pike (circa 1717 – 1773). This work falls within the tradition of the so-called Mosaic physics, a specific Early Modern endeavor to build natural philosophy based on a literal reading of the Holy Scriptures, particularly the first chapters of the book of Genesis attributed to Moses – hence the term “Mosaic.” For this (...) reason, at the beginning of the paper, the author seeks to introduce the fundamental ideas of this movement as expressed by its key proponents, namely L. Daneau, O. Casmann, and K. Aslakssøn. In the subsequent analysis of Pike’s natural-philosophical conception, the author highlights its specific features, including obvious Newtonian influences on the one hand (Pike’s work was written about a century and a half later than the texts of the ‘founding fathers’ of Mosaic physics and must have been influenced by the contemporary discourse). On the other hand, Pike’s work exhibits strong, albeit implicit, similarities with the ideas of J. A. Comenius, another thinker associated with Early Modern Mosaic physics (and often considered its most significant representative, which are explored in the concluding part of the text. It can be said that Pike’s work appears as a remarkable and highly original culmination of the Mosaic natural philosophy tradition, combining a range of seemingly unexpected, if not outright contradictory, motifs. (shrink)

The Natural Philosophy of Jan Bayer The main focus of this study is a reconstruction of the natural philosophy of the early modern Prešov's scholar Jan (Johannes) Bayer (1630–1674), with special regard to its Mosaic profile. After a critical reading of the research done on Bayer up to this point, the author concludes that Bayer’s natural-philosophical work, as such, has not yet been satisfactorily analyzed, nor has its connection to its supposedly two most important sources, Francis Bacon and Jan Amos (...) Comenius, been sufficiently explored. The study therefore concentrates on a critical analysis of Bayer’s interpretation of creation and his natural history, which are then both situated in the philosophical context of their time. The author then notes that although Bayer’s project of erecting an original and on the (especially Aristotelian) tradition independent Mosaic natural philosophy ended in failure, the thinker’s work can be assessed as a valuable attempt to synthesize Baconian and Comenian motifs while at the same time reflecting broader intellectual contexts of the period. (shrink)

Some early modern scholars believed that Scripture provided more certain knowledge than all secular authorities – even Aristotle – or investigating nature as such. In this paper, I analyse one such attempt to establish the most reliable knowledge of nature: the so-called Mosaic physics proposed by the Reformed encyclopaedist Johann Heinrich Alsted. Although in his early works on Physica Mosaica Alsted declares that his primary aim is proving the harmony that exists between various traditions of natural philosophy, namely between the (...) Mosaic and the Peripatetic approaches, and despite the fact that his biblical encyclopaedia of 1625 was intended to be based on a literal reading of the Bible, he never truly abandoned the Aristotelian framework of physics. What is more, in his mature encyclopaedia of 1630, he eventually openly preferred Aristotle to other natural-philosophical traditions. I argue, therefore, that Alsted’s bold vision of Mosaic physics remained unfulfilled and should be assessed as an unsuccessful project of early modern natural philosophy. (shrink)

The idea of the emergence of modern science as a clearly defined, clear, basically linear process, initiated by Copernicus and completed by Newton, is nowadays rather a shorthand, which we encounter at best in textbooks or popularization texts. However, it remains a research challenge to accurately map the subsoil from which modern science sprung. Although we are familiar with the main strands of development - those that prevailed and became successful - in their shadows still lie some influential and much (...) debated concepts of their time, which were eventually abandoned and fell into oblivion, but which, by forming a critical alternative, helped to shape the image of science as we understand it today. Mosaic physics is one of them. Moreover, the study of this unique early modern phenomenon helps to show that the complex process that was the emergence of modern science is far from being captured by simplistic schemes, such as the story of the struggle between secular 'progress' and religious 'obscurantism' that was minted by positivist historiography. (shrink)