Defining One Country, Two System

Hong Kong defining one country, two systems is a very special city. There is a very interesting history. In 1842, Hong Kong Island was transferred to the UK by China. In 1860, Hong Kong Kowloon Peninsula was transferred to the UK. In 1898, other parts of Hong Kong, New Territories, and 235 surrounding islands were leased to the UK for 99 years. As the lease expired July 1, 1997, the UK and Chinese governments began negotiations about the future of Hong Kong in the early 1980s.

What is the borders? The Oxford dictionary defines this boundary as "a line separating two countries, administrative divisions, and other areas." The line that defines the boundary is a geographical boundary that is often invisible and separates the areas of political and judicial entities such as the state, government, federal state, and other supranational actors. These boundaries may be consistent with certain geographical features, such as rivers, lakes, mountains, or lines that look almost perfectly random as well as many borders in Africa, Asia and the Middle East. European colonization in Africa, Asia and the Middle East

The idea of ​​systematic thinking was born out of a lucid paper by Ludwig von Bertanlampi in 1930. He defines system thinking as an entity with mutually related interdependencies defined by boundaries, not just the sum of its parts. Changing a part of the system affects the rest of the system and the whole system, and there are predictable behavior patterns. The aim of system theory is to discover the dynamics, constraints, conditions, and principles of each domain's system to achieve optimal equality. Equations are defined as the ability of an open system to achieve ideal equilibrium through multiple paths. Every system has hardware (capacity), software (tools), people (part of the system), process (cultural specifications) and data (information (regulation or organic development)).

Considering a system means that a particular subsystem is treated as a system that interacts with other systems. Defining a system boundary defines what is in the "box", that is, what the system is. Since the system can be thought of at various levels of abstraction (for example, the forest is made up of frogs, including frogs including frogs, with feet and torso, consisting of molecules, and molecules) The behavior of atomistic level mapping in a forest system is meaningless as it does not refer to all other system level urgent attributes, as well as systematic molecules called frogs to understand the frog system and the environment and the environment Group it into a single entity. Behavior related to other frog systems