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Giovanni Bianchini

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mathematics1 year ago

"Discovery: Decimal Point Found in 1440s Italian Merchant's Notes"

The use of the decimal point in mathematics dates back further than previously thought, with a new paper tracing it back to the work of Giovanni Bianchini in the 1440s. Bianchini, a Venetian merchant and administrator, used the decimal system in his calculations in spherical astronomy and metrology, introducing the notation of a little dot to separate whole units from the fractional part. This notation was later adopted by influential mathematician astronomers such as Clavius and Regiomontanus, shaping the development of mathematical notation and paving the way for the widespread use of the decimal point.

science-and-technology1 year ago

"Uncovering the True Origin of the Decimal Point: A 150-Year Revelation"

A new study has revealed that the use of the decimal point in mathematical notation dates back to the 15th century, 150 years earlier than previously believed. Historian Dr. Glen Van Brummelen discovered evidence of the decimal system in the writings of Venetian merchant and astronomer Giovanni Bianchini, indicating its use for calculations of non-integer numbers. This finding highlights Bianchini's significant contribution to the development of mathematical fundamentals and sheds new light on the history of the decimal system.

mathematics1 year ago

"Revised History: Decimal Point Usage Found to be 1.5 Centuries Older Than Previously Believed"

Glen Van Brummelen, a mathematical historian, has discovered evidence of a decimal point being used by a Venetian merchant, Giovanni Bianchini, in the 1440s, 150 years before its previously known use by Christopher Clavius. This finding suggests that the use of the decimal point to represent non-whole numbers occurred much earlier than previously thought, potentially influencing the development of math fundamentals. Bianchini's background as a merchant and his travels to places in the Islamic world may have influenced his use of non-whole numbers and ways to represent them more easily.