Matteo Valleriani is Research Group Leader in Dept. I, Honorary Professor at the Technische Universität Berlin, Professor for Special Appointments at the Faculty of Humanities at Tel Aviv University, and Principal Investigator of the Project “Images and Configurations in Corpora of University Textbooks” at the Berlin Center for Machine Learning.
In his research, he investigates processes of 1) emergence of scientific knowledge in relation to its practical, social, and institutional dimensions, and 2) homogenization of scientific knowledge in the framework of Cultural Heritage Studies.
Centering on cosmological knowledge, Matteo Valleriani’s current major research project is concerned with the evolution of the scientific knowledge system and with the establishment of a shared scientific identity in Europe in the period between the thirteenth and the seventeenth centuries. In the frame of this project he also co-develops and implements multi-layered network models (sphaera.mpiwg-berlin.mpg.de).
A further focus of his research is on the epistemic function of visual material in scientific research and in the framework of processes of knowledge transformation. Within this context he co-develops and applies machine learning technologies.
As leader of the working group “The Structures of Practical Knowledge” he investigated the epistemic mechanisms that integrated practical knowledge and its codification into abstract structures of scientific knowledge during the early modern period (The Structures of Practical Knowledge, Springer Nature, 2017).
His major projects have been dedicated to Galileo’s science (Galileo Engineer, Springer, 2010) and to Nicolò Tartaglia’s ballistics (Metallurgy, Ballistics and Epistemic Instruments: The “Nova Scientia” of Nicolò Tartaglia. A New Edition, Edition Open Access, 2013). Affiliated to the Excellence Cluster Topoi, he investigated the emergence of hydromechanics in classical antiquity (Hydrostatics and Pneumatics in Antiquity, in G. L. Irby (ed.), A Companion to Science, Technology, and Medicine in Ancient Greece and Rome, Wiley-Blackwell, 2016). Matteo Valleriani worked on the processes of the appropriation of ancient science during the early modern period. He edited an issue of Nuncius (Appropriation and Transformation of Ancient Science, Nuncius, 29, 2014), which contains his final contribution to the study of the appropriation of ancient pneumatics through early modern garden technology (Ancient Pneumatics Transformed During the Early Modern Period, Nuncius, 29, 2014, 127–174: also http://pratolino.mpiwg- berlin.mpg.de).
Berlin Institute for the Foundations of Learning and Data (BIFOLD)
BIFOLD - BZML
Modeling Data and Analyzing Diffusion Using Early Modern Cosmological Treatises
Networks, Network Science, and Knowledge Graphs
Open Access to Publications, Sources, and Research Data
The Sphere: Knowledge System Evolution and the Shared Scientific Identity in Europe
Astrology and Magistrates in Early Modern FranceMORE
POSTPONED: Translating Euclid into Hebrew: Ben Makhir's Translation of DataMORE
Where is Astronomy Between 1633 and 1686? The Intermediate System by Giovanni Battista Riccioli S.J.MORE
Digital Humanities Workshop
DH Brown Bag LunchMORE
The Illustrated Book in Lyon (1480–1600) - Equipex BiblissimaMORE
The Authors of the Early Modern Commentaries on De sphaeraMORE
Practical and Pragmatic Literature in Legal and Science HistoryMORE
Galileo Galilei—New SourcesMORE
Early Modern Mathematics: Towards a Social History of Mathematical ConsistencyMORE
The Future of Academic PublishingMORE
Prolegomena to a Theory of Innovation in AntiquityMORE
Colour Knowledge in the 18th Century: Practice, Systematisation, and Natural PhilosophyMORE
The Archaeology of Practical Knowledge: Instruments, Techniques and Craft PracticeMORE
The Early Modern Engineer’s NatureMORE
Cause and Effect in Biology Revisited: Is Mayr’s Proximate-ultimate Dichotomy Still Useful?MORE