{"_index":"bib","_type":"_doc","_id":"5758","_score":null,"_source":{"id":5758,"authors_free":[{"id":6667,"entry_id":5758,"agent_type":"person","is_normalised":null,"person_id":1891,"institution_id":null,"role":{"id":1,"role_name":"author"},"free_name":"Griet Galle","free_first_name":"Griet ","free_last_name":"Galle","norm_person":{"id":1891,"first_name":"Griet ","last_name":"Galle","full_name":"Griet Galle","short_ident":"","is_classical_name":null,"dnb_url":"https:\/\/d-nb.info\/gnd\/1073974766","viaf_url":"","db_url":"","from_claudius":null,"link":"bib?authors[]=Griet Galle"}}],"entry_title":"Scholastic Explanations of Why Local Motion Generates Heat","title_transcript":"","title_translation":"","main_title":{"title":"Scholastic Explanations of Why Local Motion Generates Heat"},"abstract":"","btype":3,"date":"2003","language":"English","online_url":"https:\/\/www.jstor.org\/stable\/4130126","doi_url":"","ti_url":"","categories":[{"id":21,"category_name":"Aristotle","link":"bib?categories[]=Aristotle"},{"id":37,"category_name":"Physics","link":"bib?categories[]=Physics"},{"id":43,"category_name":"Tradition and Reception","link":"bib?categories[]=Tradition and Reception"}],"authors":[{"id":1891,"full_name":"Griet Galle","role":1}],"works":[],"republication_of":null,"translation_of":null,"new_edition_of":null,"book":null,"booksection":null,"article":{"id":5758,"journal_id":null,"journal_name":"Early Science and Medicine","volume":"8","issue":"4","pages":"336-370"}},"sort":[2003]}

{"_index":"bib","_type":"_doc","_id":"720","_score":null,"_source":{"id":720,"authors_free":[{"id":878,"entry_id":720,"agent_type":"person","is_normalised":1,"person_id":917,"institution_id":null,"role":{"id":1,"role_name":"author"},"free_name":"Horst Schmieja","free_first_name":"Horst","free_last_name":"Schmieja","norm_person":{"id":917,"first_name":"Horst","last_name":"Schmieja","full_name":"Horst Schmieja","short_ident":"","is_classical_name":0,"dnb_url":"http:\/\/d-nb.info\/gnd\/109279034","viaf_url":"https:\/\/viaf.org\/viaf\/71959432","db_url":"","from_claudius":1,"link":"bib?authors[]=Horst Schmieja"}}],"entry_title":"Der Physikkommentar von Averroes in der Editio Iuntina. Die mittelalterlichen Quellen f\u00fcr Buch 6, Text 87","title_transcript":null,"title_translation":null,"main_title":{"title":"Der Physikkommentar von Averroes in der Editio Iuntina. Die mittelalterlichen Quellen f\u00fcr Buch 6, Text 87"},"abstract":null,"btype":3,"date":"2001","language":"German","online_url":null,"doi_url":null,"ti_url":null,"categories":[{"id":37,"category_name":"Physics","link":"bib?categories[]=Physics"},{"id":23,"category_name":"Commentary","link":"bib?categories[]=Commentary"},{"id":40,"category_name":"Transmission","link":"bib?categories[]=Transmission"}],"authors":[{"id":917,"full_name":"Horst Schmieja","role":1}],"works":[],"republication_of":null,"translation_of":null,"new_edition_of":null,"book":null,"booksection":null,"article":{"id":720,"journal_id":null,"journal_name":"Bulletin de philosophie m\u00e9di\u00e9vale","volume":"43","issue":null,"pages":"75\u201393"}},"sort":[2001]}

{"_index":"bib","_type":"_doc","_id":"5755","_score":null,"_source":{"id":5755,"authors_free":[{"id":6664,"entry_id":5755,"agent_type":"person","is_normalised":1,"person_id":695,"institution_id":null,"role":{"id":1,"role_name":"author"},"free_name":"Edith Dudley Sylla","free_first_name":"Edith ","free_last_name":"Dudley Sylla","norm_person":{"id":695,"first_name":"Edith Dudley","last_name":"Sylla","full_name":"Edith Dudley Sylla","short_ident":"","is_classical_name":0,"dnb_url":"http:\/\/d-nb.info\/gnd\/115586679","viaf_url":"https:\/\/viaf.org\/viaf\/45036137","db_url":"https:\/\/www.deutsche-biographie.de\/pnd115586679.html","from_claudius":1,"link":"bib?authors[]=Edith Dudley Sylla"}}],"entry_title":"Walter Burley's \"Physics\" Commentaries and the Mathematics of Alteration","title_transcript":"","title_translation":"","main_title":{"title":"Walter Burley's \"Physics\" Commentaries and the Mathematics of Alteration"},"abstract":"","btype":3,"date":"2001","language":"English","online_url":"https:\/\/www.jstor.org\/stable\/4130080","doi_url":"","ti_url":"","categories":[{"id":23,"category_name":"Commentary","link":"bib?categories[]=Commentary"},{"id":21,"category_name":"Aristotle","link":"bib?categories[]=Aristotle"},{"id":43,"category_name":"Tradition and Reception","link":"bib?categories[]=Tradition and Reception"},{"id":37,"category_name":"Physics","link":"bib?categories[]=Physics"}],"authors":[{"id":695,"full_name":"Edith Dudley Sylla","role":1}],"works":[],"republication_of":null,"translation_of":null,"new_edition_of":null,"book":null,"booksection":null,"article":{"id":5755,"journal_id":null,"journal_name":"Early Science and Medicine, ","volume":"6","issue":"3","pages":" 149-184"}},"sort":[2001]}

{"_index":"bib","_type":"_doc","_id":"684","_score":null,"_source":{"id":684,"authors_free":[{"id":839,"entry_id":684,"agent_type":"person","is_normalised":1,"person_id":737,"institution_id":null,"role":{"id":1,"role_name":"author"},"free_name":"Ruth Glasner","free_first_name":"Ruth","free_last_name":"Glasner","norm_person":{"id":737,"first_name":"Ruth","last_name":"Glasner","full_name":"Ruth Glasner","short_ident":"","is_classical_name":0,"dnb_url":"http:\/\/d-nb.info\/gnd\/138576793","viaf_url":"https:\/\/viaf.org\/viaf\/46394953","db_url":"","from_claudius":1,"link":"bib?authors[]=Ruth Glasner"}}],"entry_title":"Ibn Rushd's Theory of Minima Naturalia","title_transcript":"","title_translation":"","main_title":{"title":"Ibn Rushd's Theory of Minima Naturalia"},"abstract":"The essence of the theory of minima naturalia is the contention that a physical body is not infinitely divisible qua that specific body. A drop of water cannot be divided again and again and still maintain its \u201cwateriness\u201d. There are several statements in Aristotle's Physics which suggest such an interpretation, and the theory of minima naturalia is commonly considered to have originated in the thirteenth century as an interpretation of these statements. The present paper is a preliminary presentation of the role of Ibn Rushd in the evolution of the theory, hitherto neglected. His theory developed not only as an elaboration on the \"suitable\" statements of Aristotle, but mainly as an attempt to solve the difficulties raised by Aristotle's thesis (developed in PhysicsVI and VII) that body and motion are continuous, infinitely divisible entities and are associated qua such. According to Ibn Rushd's interpretation, body and motion are associated not qua being continuous but qua having indivisible minimal parts. It seems that Epicurus' and Ibn Rushd's theories of minima developed as responses to Physics VI and offer modifications of classical atomism and of classical Aristotelianism (respectively), which to a certain extent reduce the gap between these two systems.","btype":3,"date":"2001","language":"English","online_url":"","doi_url":"","ti_url":"","categories":[{"id":37,"category_name":"Physics","link":"bib?categories[]=Physics"},{"id":21,"category_name":"Aristotle","link":"bib?categories[]=Aristotle"}],"authors":[{"id":737,"full_name":"Ruth Glasner","role":1}],"works":[],"republication_of":null,"translation_of":null,"new_edition_of":null,"book":null,"booksection":null,"article":{"id":684,"journal_id":null,"journal_name":"Arabic Sciences and Philosophy","volume":"11","issue":null,"pages":"9\u201326"}},"sort":[2001]}