Knots are ubiquitous in the physical world and in theoretical mathematics. In daily life, knots have practical use for tying objects together. In topology, mathematical knots describe how to construct complex 3-dimensional spaces by gluing together very simple spaces. This series is a playful exploration into bridging these two worlds by demonstrating how certain pure, idealized mathematical knots can interact with common daily objects.
Knot Theory: House Edition
25.09.19 — SAMANDERSON237
Knots are ubiquitous in the physical world and in theoretical mathematics. In daily life, knots have practical use for tying objects together. In topology, mathematical knots describe how to construct complex 3-dimensional spaces by gluing together very simple spaces. This series is a playful exploration into bridging these two worlds by demonstrating how certain pure, idealized mathematical knots can interact with common daily objects.
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