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/en/working-group-physics/histolab/thematical-subsections/optics/camera-obscura
for travels on the model of Goethe. further reading Müller, Matthias (2012): Camera obscura , in: Heering, Peter; Markert, Michael & Weber, Heiko: Experimentelle Wissenschaftsgeschichte didaktisch nutzbar [...] Müller, Matthias (2010): Die Camera obscura von Georg Friedrich Brander (1767) , in: Breidbach, O.; Heering, P.; Müller, M.; Weber, H. (Hrsg.) (2010) Experimentelle Wissenschaftsgeschichte, München: Wilhelm
/en/working-group-physics/oou
International Scientific Conference Europa-Universität Flensburg (Germany), July 19 - 23, 2021 Peter Heering, Europa-Universität Flensburg, Germany Roland Wittje, Indian Institute of Technology Madras, Chennai
/en/working-group-physics/histolab/thematical-subsections/optics/newtonian-prisms
Licht und Farben (1672) mit der Methode der Replikation - Ein Erfahrungsbericht . in: Breidbach, O.; Heering, P.; Müller, M.; Weber, H. (Hrsg.) (2010) Experimentelle Wissenschaftsgeschichte, München: Wilhelm
/en/working-group-physics/histolab/thematical-subsections/electricity/leyden-jars
connected with the rod inserted into the (wooden) lid of the jar. further reading Silva, C. C., & Heering, P. (2018). Re-examining the early history of the Leiden jar: Stabilization and variation in transforming
/en/working-group-physics/histolab/thematical-subsections/hydrostatics/litrameter
Engels. Literature Engels, Timo (2012): Kurze Geschichte der Dichtemessung von Flüssigkeiten , in: Heering, Peter; Markert, Michael & Weber, Heiko: Experimentelle Wissenschaftsgeschichte didaktisch nutzbar
/en/working-group-physics/histolab/thematical-subsections/astronomy/sextant
Geomat.dk : Historical Instruments of Navigation – used as Educational Tools in Mathematics , in: P. Heering, Klassen, S. & Metz, D. (eds.): Enabling Scientific Understanding through Historical Instruments
/en/working-group-physics/histolab/thematical-subsections/mechanics/apparatus-for-analysing-the-torsional-behaviour-of-metal-wires-according-to-coulomb-1784
de métal. In: Memoires de l'Academie Royale des Sciences pour l'année 1784, Paris 1787, 229 – 269 Heering, P. (2006). Regular Twists: Replicating Coulomb's Wire-Torsion Experiments. Physics in perspective
/en/working-group-physics/histolab/thematical-subsections/mechanics/galileos-inclined-plane-experiment
T.B. (1961): An Experiment in the History of Science , in: Science, 133(1), 19-23. Rieß, Falk; Heering, Peter; Nawrath, Dennis (2005): Reconstructing Galileo's Inclined Plane Experiments for Teaching
http://www.science-story-telling.eu/en/stories/by-subject-area/physics/joule-and-energy/scientific-partnership-james-prescott-joule-william-thomson-and-the-mechanical-equivalent-of-heat
joul. B Secondary Sources Clagett, Marshall : Critical Problems in the History of Science 1962. Heering, Peter : On J.P. Joule’s Determination of the Mechanical Equivalent of Heat , The History and Philosophy
http://www.science-story-telling.eu/en/stories/by-subject-area/physics/joule-and-energy/the-hard-work-of-experimenting-james-prescott-joule-william-thomson-and-the-mechanical-equivalent-of-heat