By Yi Lin
This booklet is dedicated to the examine of human suggestion, its systemic constitution, and the old improvement of arithmetic either as a fabricated from inspiration and as a desirable case research. After demonstrating that platforms study constitutes the second one size of recent technological know-how, the monograph discusses the yoyo version, a contemporary ground-breaking improvement of structures study, which has introduced ahead revolutionary functions of platforms learn in quite a few components of the conventional disciplines, the 1st measurement of technological know-how. After the systemic constitution of concept is factually published, math Read more...
summary: This booklet is dedicated to the learn of human concept, its systemic constitution, and the old improvement of arithmetic either as a fabricated from idea and as a desirable case research. After demonstrating that structures examine constitutes the second one measurement of contemporary technological know-how, the monograph discusses the yoyo version, a up to date ground-breaking improvement of structures examine, which has introduced ahead progressive purposes of structures examine in numerous components of the normal disciplines, the 1st measurement of technological know-how. After the systemic constitution of concept is factually printed, math
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Extra resources for A systemic perspective on cognition and mathematics
When A does not like B and describes B as a dishonest person with various undesirable traits, it has been clinically proven in psychology that what A describes about B is exactly who A is himself (Hendrix, 2001). Once again, the underlying mechanism for such a quiet and unspoken evaluation of each other is because each human being stands for a spinning yoyo and its rotational field. Our feelings about other people are formed through the interactions of our invisible yoyo structures and their spin fields.
Then, this model is further investigated by using known laboratory observations or theoretical studies in quantum mechanics and particle 20 A systemic perspective on cognition and mathematics physics as our supporting evidence. Accordingly, the concepts of mass and charge of a systemic yoyo are introduced. By using the three-jets events as our supporting evidence, we study the quark structures of general systems, showing that each electron and/or positron is a two-quark yoyo with one pole ill formed.
At the same time when they spin individually, they also travel along in the large yoyo structure of the neutron N. In all these cases, the spinning directions of these u- and d-quarks are the same except that each u-quark spins convergently (inwardly) and each d-quark divergently (outwardly). Different yoyo structures have different numbers of absorbing u-quarks and d-quarks. And, the u-quarks and d-quarks in different yoyos are different due to variations in their mass, size, spinning speed and direction, and the speed of absorbing and spurting materials.