Article ID: CBB001200568

Muscovite Arithmetic in Seventeenth-Century Russian Civilization: Is It Not Time to Discard the “Backwardness” Label? (2012)

unapi

Muscovite civilization utilized Byzantine-Greek alphanumerals for its mathematical symbols. Occasionally derided by historians for being retrograde in comparison to the Hindu-Arabic numerals sixteenth- and seventeenth-century Europe adopted, Muscovy's alphanumerals were versatile and suitably contoured to perform a variety of computational tasks. Muscovite alphanumerals were an integral part of early Moderen Russia's administrative culture, and played a prominent role in fostering the experiential knowledge underlying the educational achievements of the Imperial Period. Though they lacked the zero and the decimal, Muscovites still had a reasonable grasp of the base-ten system, and comprehended well basic arithmetical skills and relationship properties, less so equational ones. The Russians developed complex abaci well suited for commercial transactions, large-scale construction, military inventories and payrolls, and the land registry, to name a few. These instruments manipulated an extensive variety of weights, measures, linear distances, area dimensions, volume measurements, and currency. Muscovite arithmetic was a prominent factor assisting in the advancement of critical thinking skills in 1600's Russia. Nonetheless, as the seventeenth century wore on, sociological, educational or pedagogical, military scientific, administrative, and cultural arguments or interactive phenomena came to bear and increasingly found the Muscovite algorithmic symbols wanting. In 1699 the government decreed that Hindu-Arabic numerals henceforth were to be used in official documents throughout the country. Directly and indirectly, the complex thought processes bound up when operating with Muscovite alphanumerals were one impetus for the further unfolding of Russian civilization after 1700.

...More
Citation URI
https://data.isiscb.org/isis/citation/CBB001200568/

Similar Citations

Article Simonov, R. A.; (2002)
Problema proiskhozhdeniia drevnerusskikh tsifr (/isis/citation/CBB000203008/)

Book Lloyd Strickland; Harry R. Lewis; (2022)
Leibniz on Binary: The Invention of Computer Arithmetic (/isis/citation/CBB215936036/)

Article Ito, Shuntaro; (2005)
Numeral Notations in the World (/isis/citation/CBB000630942/)

Article Simonov, R. A.; (2010)
Archaic Numbers and Mathematical Knowledge in Rus' (/isis/citation/CBB001211372/)

Book King, David A.; (2001)
The Ciphers of the Monks---A Forgotten Number-Notation of the Middle Ages (/isis/citation/CBB000100097/)

Book Burnett, Charles; (2010)
Numerals and Arithmetic in the Middle Ages (/isis/citation/CBB001252996/)

Article Rabii, Maryam; (2012)
Arithmetic in Astronomy: A Treatise on Sexagesimal Arithmetic (/isis/citation/CBB001510306/)

Book Boniface, Jacqueline; (2002)
Les constructions des nombres réels dans le mouvement d'arithmétisation de l'analyse (/isis/citation/CBB000771381/)

Article Høyrup, Jens; (2002)
A Note on Old Babylonian Computational Techniques (/isis/citation/CBB000200286/)

Article Catherine Jami; (2019)
Beads and Brushes:Elementary Arithmetic and Western Learning in China, 1600‒1800 (/isis/citation/CBB008022658/)

Article Elisabetta Ulivi; (2018)
Abacisti perugini e fiorentini attivi a Perugia tra XIV e XV secolo (/isis/citation/CBB381531349/)

Book Glimp, David; Warren, Michelle R.; (2004)
Arts of Calculation: Quantifying Thought in Early Modern Europe (/isis/citation/CBB000771864/)

Article Stedall, Jacqueline A.; (2001)
Of Our Own Nation: John Wallis's Account of Mathematical Learning in Medieval England (/isis/citation/CBB000100595/)

Article Simonov, R. A.; (2006)
Whence Came Arithmetic in Russia: A Predecessor of Kirik of Novgorod, Hieromonk Isaakii (/isis/citation/CBB000930297/)

Article Thomas Freudenhammer; (2021)
Gerbert of Aurillac and the Transmission of Arabic Numerals to Europe (/isis/citation/CBB025167369/)

Article Stéphane Lamassé; Olivier Mattéoni; (2023)
Savoirs comptables théoriques et pratiques au xve siècle : Jean Adam et son traité d’arithmétique (/isis/citation/CBB393387899/)

Article Taro Tokutake; (2023)
Calculation for ‘chain-reduction’ in the Triśatībhāṣya (/isis/citation/CBB066720993/)

Article MacKenzie, Scott R.; (2014)
Sexual Arithmetic: Appetite and Consumption in The Way of the World (/isis/citation/CBB001201791/)

Article Taheri, Jafar; (2011)
Mathematician in Architecture (/isis/citation/CBB001510320/)

Authors & Contributors
Simonov, R. A.
Thomas Freudenhammer
Harry R. Lewis
Olivier Mattéoni
Taro Tokutake
Rabii, Maryam
Journals
VIET: Voprosy Istorii Estestvoznaniia i Tekhniki
Tarikh-e Elm (The Iranian Journal for the History of Science)
Historia Mathematica
Sudhoffs Archiv: Zeitschrift fuer Wissenschaftsgeschichte
Revue d'Histoire des Sciences
科学史研究 Kagakusi Kenkyu (History of Science)
Publishers
Palgrave Macmillan
MIT Press
Franz Steiner Verlag
Ellipses
Ashgate, Variorum
Concepts
Mathematics
Arithmetic
Number systems
Numerals
Abacus
Arab/Islamic world, civilization and culture
People
Leibniz, Gottfried Wilhelm von
Adam, Jehan
Qūshjī, ʿAlī ibn Muḥammad
Barthélemy de Romans
Wallis, John
Sylvester II, Pope
Time Periods
Medieval
17th century
18th century
15th century
Early modern
Qing dynasty (China, 1644-1912)
Places
Russia
Europe
China
England
Florence (Italy)
Byzantium
Institutions
Jesuits (Society of Jesus)
Comments

Be the first to comment!

{{ comment.created_by.username }} on {{ comment.created_on | date:'medium' }}

Log in or register to comment