Mathematics is known as the "queen of sciences," and
Gauss is widely regarded as the most influential
mathematician of the past 1000 years.
Some even call him the greatest mathematician of all time,
but it seems difficult to compare mathematical
of recent centuries to those of the ancient Greeks.
Some settle for the more modest title
``greatest mathematician since antiquity.''
Today, students of all technical disciplines
are required to take math classes, in particular,
analysis, linear algebra, and statistics.
In all of these fields, essential
results and methods are due to Gauss: the fundamental
theorem of algebra, Gauss elimination,
the method of least squares,
the Gaussian distribution of statistics, etc.
The ``prince of math'' also pioneered differential geometry,
number theory (his favorite subject),
and non-Euclidean geometry.
he made major contributions to
astronomy and physics.
The basic unit of magnetism is 1 Gauss.
Born in Brunswick
Construction of a regular 17-gon by ruler and compass,
first major advance in this field for 2000 years
1799: Dissertation on fundamental theorem of algebra
Gains fame by correctly predicting the position of asteroid Ceres,
after developing basics of pattern recognition
Treatise on the motion of celestial bodies
Non- Euclidean geometry (later publications by Bolyai).
Discussion of statistical estimators. Geodesy / Heliotrope
Main work on differential geometry;
Theory of magnetism
Dies in Göttingen