Superconductive Thinking Model of Monet's Garden Color Space: Integrating Investigating Things, Persistent Practice for Distant Aspirations, and the Unity of Knowledge and Action

Abstract

Based on the Confucian philosophies of Investigation of things to attain knowledge and the unity of knowledge and action for its
theoretical basis, this work carries out cross discipline study among liberal arts and sciences about the color spaces from Monet's garden. By
the cognitive logic of investigating things to get knowledge and analyze the beauty kernel in color space, sort out those general laws behind
nature's element - lights & shadows & seasons and people's sense of sight. Combined with the philosophical idea of persistent search this paper gives a DfP superconducting thought model, which has made practical art forms including color coding and the photo-synthetic frequency
modulated by grids so that we can make multilingual literature and colors bidirectional semantic maps. Establishing a super conductive thinking nucleus connecting investigating things and continuous exercises forming up a loop behavioral series including continuous knowing and
practicing. In this paper we create a flexible topological colour space that brings together art's view of things, maths' way with numbers, and
human stories in order to support both theoretical thinking and actual working on modern, mixed-media works involving colors as a big, important part.