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The history and significance of knots in various fields such as art, accounting, sailing, chemistry, biology, and physics. It defines knots and links mathematically and explains knot diagrams. The document also mentions the story of the Gordian knot and Alexander the Great's attempt to untie it.
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Allison Henrich, Ph.D.
Seattle University
April 27, 2014
While celtic knots began to appear in history around 450 AD...
While celtic knots began to appear in history around 450 AD...
...knots have been appearing in art since at least 2200 BC.
A knot that was impossibly difficult to untie was tied to an oxcart belonging to Gordias.
An oracle proclaimed that the man who untied the knot would become king of Asia.
A knot that was impossibly difficult to untie was tied to an oxcart belonging to Gordias.
An oracle proclaimed that the man who untied the knot would become king of Asia.
In 330 BC, Alexander the Great famously tried to untie the knot.
The Inca empire in fourteenth century South America used knots (quipu) for accounting.
Knots have been put to use for fishing and sailing for as long as we can remember.
One of the first times knot theory appeared as a subject of scientific study was in 1860. Lord Kelvin, in an attempt to reconcile several competing atomic theories, proposed that atoms had a knotted structure.
One of the first times knot theory appeared as a subject of scientific study was in 1860. Lord Kelvin, in an attempt to reconcile several competing atomic theories, proposed that atoms had a knotted structure.
Lord Kelvin and a scientist named Peter Tait set out to classify knots. This classification was meant to aid in the classification of atoms.
More recently, knots have played a central role in the following disciplines. (^1) Physics (quantum field theory, statistical mechanics)
More recently, knots have played a central role in the following disciplines. (^1) Physics (quantum field theory, statistical mechanics) (^2) Chemistry (properties of molecules)
Definition (A Mathematical Notion) A knot is a circle that doesn’t intersect itself sitting in space.
Definition (A Mathematical Notion) A knot is a circle that doesn’t intersect itself sitting in space.
Intuitively, we say that two knots are equivalent if we can get from one to the other by bending, stretching, and rotating as long as we don’t break or cut the knot anywhere.