Paolo Palmieri, Associate Professor (firstname.lastname@example.org)
My research interests focus on the traditions that shaped the values of modernity over a period spanning the late middle ages to the twentieth century. I am fascinated by the creativity processes at the crossroads of art, science, and technology. My pedagogical and philosophical interests include pragmatism, phenomenology, post-humanism, and their intersections with the natural and humane sciences.
Education and Work
2002 PhD History and Philosophy of Science (STS University College, University of London )
1998 Degree Philosophy, University of Bologna
1987 Degree Aeronautical Engineering, Polytechnic of Milan
(2011) Humanistic Ecology: The Integration of Magic, Medicine, and Science. Common Ground. LINK
(2012) ′′Don′t Disturb my Masterpiece! ′′ Towards an Ecology of Learning. Cambridge Scholars Publishing. LINK
(2011) A History of Galileo′s Inclined Plane Experiment and Its Philosophical Implications. Foreword by David Wootton. The Edwin Mellen Press. LINK
(Download here the supporting multimedia materials file).
A review of the book by the late Curtis Wilson.
(2008) Reenacting Galileo′s Experiments: Rediscovering the Techniques of Seventeenth-Century Science. Foreword by William R. Shea. The Edwin Mellen Press. LINK
My Mellen books are supported by multimedia materials and videos of experiments which are freely available at www.exphps.org.
(2013-14) ′The Postilion′s Horn Sounds′: A Complementarity Approach to the Phenomenology of Sound-Consciousness? Husserl Studies (Forthcoming)
(2012) Signals, cochlear mechanics and pragmatism: a new vista on human hearing? Journal of Experimental & Theoretical Artificial Intelligence 24, 527-545.
(2011) A morphological theory of human hearing. In: WHAT FIRE IS IN MINE EARS: Progress in Auditory Biomechanics. Proceedings of the 11th International Mechanics of Hearing Workshop. Editor(s): Christopher A. Shera, Elizabeth S. Olson. Melville, NY: The American Institute of Physics, 363-368.
(2011) Il mondo di carta di Giovanni Vailati. Annuario del centro studi Giovanni Vailati. 2008/2009, 19-25.
(2009) A phenomenology of Galileo′s experiments with pendulums. The British Journal for the History of Science 42, 479-513. Download here the First View paper with supporting document.
(2009) Experimental history: swinging pendulums and melting shellac. Endeavour 33, 88-92.
(2009) Response to Maarten Van Dyck′s commentary. Studies in History and Philosophy of Science 40, 319-321.
(2009) Superposition: on Cavalieri′s practice of mathematics. Archive for History of Exact Sciences 63, 471-495.
(2009) Radical mathematical Thomism: beings of reason and divine decrees in Torricelli′s philosophy of mathematics. Studies in History and Philosophy of Science 40, 131-142.
(2008) Galileus deceptus, non minime decepit: A re-appraisal of a counter-argument in Dialogo to the extrusion effect of a rotating earth. Journal for the History of Astronomy 39, 425-452.
(2008) Breaking the circle: the emergence of Archimedean mechanics in the late Renaissance. Archive for History of Exact Sciences 62, 301-346.
(2008) The empirical basis of equilibrium: Mach, Vailati, and the lever. Studies in History and Philosophy of Science 39, 42-53.
(2007) Science and authority in Giacomo Zabarella. History of Science 45, 404-42.
(2006) A new look at Galileo′s search for mathematical proofs. Archive for History of Exact Sciences 60, 285-317.
(2005) Galileo′s construction of idealized fall in the void. History of Science 43, 343-389.
(2005) ′Spuntar lo scoglio piu′ duro′: did Galileo ever think the most beautiful thought experiment in the history of science? Studies in History and Philosophy of Science 36, 223-240.
(2005) The cognitive development of Galileo′s theory of buoyancy. Archive for History of Exact Sciences 50, 189-222.
(2003) Mental models in Galileo′s early mathematization of nature. Studies in History and Philosophy of Science 34, 229-264.
(2001) The obscurity of the equimultiples. Clavius′ and Galileo′s foundational studies of Euclid′s theory of proportions. Archive for History of Exact Sciences 55, 555-597.
(2001 Galileo and the discovery of the phases of Venus. Journal for the History of Astronomy 32, 109-129.
(2001) Galileo did not steal the discovery of Venus′ phases: a counter-argument to Westfall. In: Largo campo di filosofare. Eurosymposium Galileo 2001. Editor(s): Montesinos, J., & Solis, C. La Orotava, Fundacion Canaria Orotava de Historia de la Ciencia, 2001, 433-444.
(1998) Re-examining Galileo′s theory of tides. Archive for History of Exact Sciences 53, 223-375.
Work in Progress
Imagination in Lodovico Antonio Muratori
This interdisciplinary project is a historical-philosophical study of Muratori′s philosophy of mind. Ludovico Antonio Muratori (1672-1750) was a major figure of the European Enlightenment, in touch with mainstream currents of scientific thought and at the center of a vast network of correspondence which included renowned European philosophers such as Leibniz. This project will be of interest both to historians and philosophers of science and to Italian Studies scholars. Download here a preliminary paper presented at ASECS, Annual meeting, Cleveland, Ohio, April 2013.
Experimental History and Philosophy of Science
Experimental history and philosophy of science (ExpHPS) consists in re-creating the experimental apparatus of landmark experiments in the history of science, and in re-performing the experiments. I have started a new book series for University of Pittsburgh Press devoted to this innovative approach to scholarship. Invitation for book proposals.
Hearing and Musical Science
This research/teaching project aims at developing an integrated approach to hearing and knowledge in humans. It combines the methods of the history and philosophy of science, phenomenology, psychoacoustic experimentation and modeling of the physiology of human hearing. The project explores historical and philosophical questions concerning music and knowledge in the history of Western civilization.
Philosophy of Learning
The project explores the transformative possibilities opened up by active engagement with experiential domains in educational settings. An ecological model of learning is proposed that focuses on the pragmatics of learning, the creativity of improvisation, rhetorically mediated experience, emotional settings, and the education of the senses.
2013 Springer Lecture, International History, Philosophy and Science Teaching Group, Pittsburgh, PA, June 2013
2013 RefoRC Conference, Freie Universitaet Berlin, Berlin, Germany, May 2013
2013 American Society for Eighteenth-Century Studies (ASECS), Annual meeting, Cleveland, Ohio, April 2013
2012 SCIENTIAE Disciplines of knowing in the early modern world. Simon Fraser University, Vancouver, April, 2012
2012 Nineteenth Century Studies Association, 33rd Annual Conference Asheville, North Carolina, March, 2012
2011 Epistemology of modeling and simulation. Pittsburgh, April, 2011
2011 The 11th International Mechanics of Hearing Workshop, Williams College, Williamstown, Massachusetts, July, 2011,
2011 Ninth International Conference on New Directions in the Humanities. Universidad de Granada, Granada, Spain , June, 2011 (a presentation of the book Humanistic Ecology)
HPS 0685 Mathematics and Culture
Mathematics and Culture investigates the cultural origins of early modern European mathematics. The course focuses on arithmetic, mechanics, and
other mathematical disciplines, placing them in the context of the mercantile societies that revolutionized the social, economic, and intellectual structures of early modern Europe. The course is based on both primary and secondary readings. Students will explore notions such as commodity, circulation, abstraction, algorithm, value, and theory of proportion. They will learn how to expand their conceptual vocabulary, how to reflect critically on the cultural basis of mathematics, and thus appreciate better the roots of its pervasive role in contemporary science and society. There are no prerequisites, all are welcome.
HPS 0430 Galileo and the Creation of Modern Science
The Italian physicist and astronomer Galileo Galilei (1564-1642) was a decisive figure in the rise of modern science. First, he ushered in a new era in astronomy when he aimed a 30-powered telescope at the sky in 1610. Second, he revolutionized the concept of science when he argued that the book of nature is written in the language of mathematics. Finally, he astounded the theologians, who eventually condemned him to life imprisonment, when he claimed that the scientist′s search for the truth must not be constrained by religious authority. This course studies Galileo in the broader intellectual, social, and religious context of early modern Europe.
HPS 0700 History and Philosophy of Musical Science
Do you really love music? Musical science teaches you why! In this course, you will learn about musical science in antiquity, music in the scientific revolution, musical science and aesthetics, animal music, psychoacoustics, and the nature of harmony. Musical science has shaped the history of human civilization. It has informed not only hearing but thinking. This course focuses on reading historical and philosophical texts, listening to sound and music, and a hands-on approach to learning.
HPS 0515 Magic, Medicine and Science
In Western civilization, magic, medicine, and science have always been deeply related to one another. This course introduces students from all backgrounds to humanistic ecology, an interdisciplinary method of learning which combines the history of magic, medicine, and science with the humanities. Humanistic ecology teaches how to integrate scientific research, philosophy, pedagogy, literature, and health in a holistic framework. Students will learn about classical forms of self-transformation, healing, and knowing, which have been the foundations of Western civilization for more than two millennia, and which will help them find original pathways to knowledge and wellbeing.
HPS 1508 Classics in History of Science: Galileo′s Two New Sciences
Four hundred years ago Galileo Galilei aimed a telescope at the sky. He revolutionized astronomy. Equally revolutionary were his theories and experiments in physics, published in his masterpiece Two New Sciences. In this course we will learn why Galileo′s theories and experiments in physics were revolutionary. We read Galileo′s Two New Sciences, setting it in the context of the history and philosophy of Western science and civilization.
HPS 1531 Man and the Cosmos in the European Renaissance
Art and science are nowadays largely considered to be separate spheres of human endeavor, which are pursued by professionals specializing in their own field. Yet in Europe during the fifteenth and sixteenth centuries, a period referred to by modern historians as the Renaissance, art and science influenced each other. This course explores the fascinating intersection of artistic and scientific pursuits in the Renaissance, with special emphasis on the contribution that the visual arts gave to the rise of modern science.
HPS 2522 Human/Animal in Western Civilization
This seminar explores the liminality that has continually demarcated the frontier between human and animal in the history of Western civilization. We will engage diverse historical-philosophical approaches to the question of what constitutes human as opposed to animal, beginning with ancient Greek philosophy, and tracing contemporary ideas back to their origins in the Graeco-Christian worldview. The seminar investigates the shifting human/animal frontier during the Renaissance and the scientific revolution of the seventeenth-century, in the Enlightenment and Romanticism, and in contemporary thought. By reconstructing the genesis of human/animal debates, the seminar transgresses the bounds of sectarian divisions between styles of thinking.
HPS 2522 History and Philosophy of Musical Science
This seminar explores historical and philosophical questions concerning music as a form of knowledge in the history of Western civilization (with some ethno-musicological excursuses relatively beyond). These questions include (but are not limited to): The emergence of music theory in antiquity; the role of music in the scientific revolution of the seventeenth century; the relation between music as a science and musical aesthetics; music and mathematics; music and cognition in humans and animals; the foundations of modern psychoacoustics; the nature of harmony.
HPS 2511 Genesis and Geology
This seminar explores the development of changing views on the nature of fossils and their contribution to the understanding of the history of the earth from the Renaissance to the nineteenth century. Religious controversies on the age of the earth and natural-philosophical inquiry into the meaning of fossils contributed to the emergence of fundamental scientific notions, such as evolution, catastrophism, uniformitarianism, and geological time.
HPS 2522 Galileo and All That
This seminar focuses on Galileo′s contributions to the cultural revolution of the seventeenth century, including the astronomical discoveries, the physics of falling bodies, the philosophy of nature, the harmony of religion and science. The seminar approaches Galileo in the broader humanistic, philosophical, mathematical and religious context of early modern Europe. His ingenious experiments are re-enacted in the HPS laboratory where his creative pathways towards knowledge are reconstructed. The seminar traces his lasting legacy in the controversies that shaped the history and philosophy of modern science.
HPS 2524 Experimental History of and Philosophy Science
In this seminar, we take an experimental approach to the history and philosophy of science. We engage both in theoretical discussion and in experiment design, implementation, and interpretation. We learn about landmark experiments in the history of science, and have hands-on activities in the HPS laboratory. The seminar offers a challenging educational setting, emphasizing active participation rather than passive transmission of doctrines.
HPS 2522 History and Philosophy of Early Calculus
This seminar explores historical and philosophical questions concerning early calculus. These questions include: Indivisibles quantities vs. infinitesimal quantities, the problem of tangents, fluxions vs. differentials, analysis/ synthesis, limits/ integration, discovery/ emergence/ justification in mathematics.
HPS 2518 The Unity of Science
This seminar focuses on the changing conceptions of the structure and unity/disunity of science as a whole in the modern era. The seminar explores how these conceptions relate to questions regarding the proper domain of the sciences, the notion of method, skepticism and foundationalism.