Le operazioni del compasso geometrico e militare / Operations of the Geometrical and Military Compass
{"WorkMasterId":5827,"WpPageId":272129,"ParentWpPageId":193798,"Slug":"operations-of-the-geometrical-and-military-compass","Url":"https://chrisdeasy.com/theos/humanities/philosophy/philosophers/galileo-galilei/operations-of-the-geometrical-and-military-compass/","RelativeUrl":"theos/humanities/philosophy/philosophers/galileo-galilei/operations-of-the-geometrical-and-military-compass/","HasFullText":false,"RawHtmlLength":69575,"CleanHtmlLength":16321,"Kicker":"Philosophy Work","Title":"Le operazioni del compasso geometrico e militare / Operations of the Geometrical and Military Compass","Deck":"Galileo explains the use of his proportional compass as a mathematical instrument for calculation, geometry, artillery, and measurement.","BackLink":{"Text":"Back to Galileo Galilei","Url":"https://chrisdeasy.com/theos/humanities/philosophy/philosophers/galileo-galilei/"},"AuthorCard":{"Label":"Author","Title":"Galileo Galilei","Url":"https://chrisdeasy.com/theos/humanities/philosophy/philosophers/galileo-galilei/","MediaHref":"","ImageSrc":"https://chrisdeasy.com/wp-content/uploads/galileo-galilei-01-uffizi-sustermans-portrait.jpg","ImageAlt":"Sustermans portrait of Galileo Galilei","FilterTerra":"Eastern Mediterranean","ClickText":"Galileo Galilei","ClickHref":"https://chrisdeasy.com/theos/humanities/philosophy/philosophers/galileo-galilei/","Copies":["1564 CE – 1642 CE","Pisa, Duchy of Florence","Italian mathematical natural philosopher whose telescopic astronomy, mechanics, instrument work, and scriptural hermeneutics helped reshape early modern philosophy of science and the Scientific Revolution."]},"ContextCards":[{"Label":"Period","Key":"Period:3","Title":"Early Modern History","DateText":"1500 CE – 1799 CE","Url":"https://chrisdeasy.com/theos/humanities/philosophy/eras-of-thought/philosophers-of-early-modern-history/"},{"Label":"Era","Key":"Era:8","Title":"Scientific Revolution and State Formation","DateText":"1600 CE – 1699 CE","Url":"https://chrisdeasy.com/theos/humanities/philosophy/eras-of-thought/philosophers-of-early-modern-history/philosophers-of-the-scientific-revolution-and-state-formation/"},{"Label":"Composition","Title":"1606 CE","Url":"","DateText":""}],"DateNote":"Published in 1606 CE as an instrument manual; visible scientific-instrument/manual status required.","GeoCards":[{"Label":"Region","Key":"Region:1"},{"Label":"Terra Avita","Key":"TerraAvita:2"},{"Label":"Terra Avita Region","Key":"TerraAvitaRegion:6"},{"Label":"Modern Country","Key":"Country:ITA:2"}],"OriginalTitle":"Le operazioni del compasso geometrico e militare","Language":"Italian / Latin","DisciplineCards":[{"Label":"Primary Discipline","Key":"Discipline:philosophy-of-science"},{"Label":"Secondary Discipline","Key":"Discipline:philosophy-of-language"}],"Tradition":"Mathematical natural philosophy / Scientific Revolution","FullText":null,"CoreThesis":["Galileo explains the use of his proportional compass as a mathematical instrument for calculation, geometry, artillery, and measurement."],"Classification":{"AlternateTitles":"Operations of the Geometrical and Military Compass","KeyConcepts":"Galileo Galilei; mathematical natural philosophy; observation; experiment; mechanics; telescope; astronomy; Copernicanism; Scripture and nature; scientific method; inertia; kinematics; hydrostatics; sunspots; tides; two world systems; two new sciences","Methodology":"Mathematical demonstration, instrument-based observation, controlled experiment, dialogue, polemic, geometrical analysis, and critique of Aristotelian natural philosophy.","Structure":"The page records an approved Galileo work with visible manuscript, polemical, instrument, theological-letter, dialogue, banned, restricted, or late-publication notes where needed."},"Arguments":["Galileo explains the use of his proportional compass as a mathematical instrument for calculation, geometry, artillery, and measurement."],"Influence":{"InfluencedBy":"Archimedes, Nicolaus Copernicus, Aristotle and Ptolemy as critical targets, William Gilbert, Johannes Kepler, practical mathematics, and Renaissance mechanics.","InfluenceOn":""},"Significance":["Included as one of the direct Galileo work pages approved for the Galileo Galilei full-process update.","The work documents Galileo\u0027s role in mechanics, astronomy, experimental method, mathematical explanation, and the relation between natural philosophy and religious authority."],"EvidenceNote":["Direct Galileo work page approved in the Galileo Galilei update. Collected Opere, modern translations, individual letters outside the approved set, biographies, Galileo daughter material, Church-trial documents, Copernicus or Kepler works, generic astronomy resources, catalog rows, and scholarship remain evidence/Other Voices."],"MainSections":[{"Kind":"TextSection","Title":"Core Thesis","Paragraphs":["Galileo explains the use of his proportional compass as a mathematical instrument for calculation, geometry, artillery, and measurement."]},{"Kind":"FieldSection","Title":"Classification","Fields":[{"Label":"Alternate Titles","Value":"Operations of the Geometrical and Military Compass"},{"Label":"Key Concepts","Value":"Galileo Galilei; mathematical natural philosophy; observation; experiment; mechanics; telescope; astronomy; Copernicanism; Scripture and nature; scientific method; inertia; kinematics; hydrostatics; sunspots; tides; two world systems; two new sciences"},{"Label":"Methodology","Value":"Mathematical demonstration, instrument-based observation, controlled experiment, dialogue, polemic, geometrical analysis, and critique of Aristotelian natural philosophy."},{"Label":"Structure","Value":"The page records an approved Galileo work with visible manuscript, polemical, instrument, theological-letter, dialogue, banned, restricted, or late-publication notes where needed."}]},{"Kind":"TextSection","Title":"Arguments","Paragraphs":["Galileo explains the use of his proportional compass as a mathematical instrument for calculation, geometry, artillery, and measurement."]},{"Kind":"FieldSection","Title":"Influence","Fields":[{"Label":"Influenced By","Value":"Archimedes, Nicolaus Copernicus, Aristotle and Ptolemy as critical targets, William Gilbert, Johannes Kepler, practical mathematics, and Renaissance mechanics."},{"Label":"Influence On","Value":"Evangelista Torricelli, Vincenzo Viviani, Christiaan Huygens, Isaac Newton, Descartes and early modern mechanism, experimental science, and modern philosophy of science."}]},{"Kind":"TextSection","Title":"Significance","Paragraphs":["Included as one of the direct Galileo work pages approved for the Galileo Galilei full-process update.","The work documents Galileo\u0027s role in mechanics, astronomy, experimental method, mathematical explanation, and the relation between natural philosophy and religious authority."]},{"Kind":"TextSection","Title":"Evidence Note","Paragraphs":["Direct Galileo work page approved in the Galileo Galilei update. Collected Opere, modern translations, individual letters outside the approved set, biographies, Galileo daughter material, Church-trial documents, Copernicus or Kepler works, generic astronomy resources, catalog rows, and scholarship remain evidence/Other Voices."]}],"SectionSequence":["Back Link","Work Title","Deck","Author","Period","Era","Composition","Date Note","Region","Terra Avita","Terra Avita Region","Modern Country","Original Title","Language","Primary Discipline","Secondary Discipline","Tradition","Core Thesis","Classification","Arguments","Influence","Significance","Evidence Note"],"Counts":{"ContextCards":3,"GeoCards":4,"DisciplineCards":2,"Links":11,"Sections":23,"Styles":2,"Scripts":1}}