As for the reason why they didn't occupy the better thousand-year-old tree, it wasn't that they didn't have the ability to compete with other demon beasts.

Even a three-colored deer in the foundation building period was powerless, and he was constantly stolen by the other party to eat a lot of honey, so he had to stay away from the previous nest.

So Qin Zheng cut a small piece of ancient tree essence and threw it into the beehive, absorbing the aura inside for the queen bee.

Just after Qin Zheng returned to the Full Moon Sect, he originally only planned to place the hive in his backyard.

However, when entering the sect, many people saw Qin Zheng come in with a big beehive, which naturally caused a sensation.

Originally, Qin Zheng didn't plan to be so high-profile.

But there are a lot of bee demons, bee generals, queen bees, and even bee eggs in the hive, and there is no way to put them in the storage bag.

Therefore, the matter of Qin Zheng returning with the hive was immediately learned by the deacon Huang Fuzhi, who was in charge of Lingtian.

Generally refers to a group of related individuals who work according to pre-programmed rules and can do the work that individual elements cannot do alone. Systems are divided into two categories: natural systems and man-made systems. A collection of interrelated individuals is called a system.

———— anti-piracy system turned on——————

Chinese scholar Qian Xuesen believes that a system is an organic whole with specific functions formed by the combination of several components that interact with each other and depend on each other, and this organic whole is a component of the larger system to which it is subordinate. The word "syste" in English comes from the ancient Greek word (systea), which means a whole made up of parts. The definition of a system should encompass the characteristics that are common to all systems. Berta Langfi, the founder of general systems theory, defines "a system as a complex of elements that interact with each other" [2]. This definition emphasizes the interaction between elements and the integration of elements by the system. It can be formulated as follows: Definition 1 If the object set S satisfies the following two conditions

(1) There are at least two different elements in the s

(2) The elements in the s are related to each other in a certain way

then s is called a system, and the elements of s are the components of the system.

This definition points out three characteristics of the system: one is pluralism, and the system is the unity of diversity and difference. Second, there is no isolated element component in the system, and all elements or components are interdependent, interactive, and mutually restrictive. 3. Wholeness, the system is a composite and unified whole composed of all elements. This definition describes the basic characteristics of a system in general, distinguishing it from a non-system, but it has limitations in defining a complex system. In addition, there is no such thing as a "non-system" in the strict sense of the real world, and there is no such thing as a pluralistic set that constitutes a whole without connection. For some groups where the connections between elements are so weak that they can be ignored, we consider them to be non-systems of the second type.

Here are some conceptual descriptions of systems by thinkers and futurists (from Wikipedia):

1 A system is a dynamic and complex whole, interacting structural and functional units.

2. The system is composed of different elements of energy, matter, and information flow.

3 Systems tend to be composed of entities that seek equilibrium and exhibit oscillating, chaotic, or exponential behavior.

4A holistic system is the temporarily interacting part of any interdependent set or group.

The author believes that the fourth concept description is more reasonable. The 'part' is made up of the system itself and other parts, which in turn are parts or "sub-wholes" that make up other systems. It not only summarizes the general characteristics of the system, but also introduces the concept of space-time and dynamics, that is to say, any system is not eternal, but temporary and dynamic.

Systems are ubiquitous in the universe, from elementary particles to extragalactic galaxies, from human society to human thinking, from the inorganic world to the organic world, from natural science to social science. According to the macro level, it can be roughly divided into natural system, artificial system, and composite system.

Natural Systems:

Individuals in a system exist or evolve according to the laws of nature, producing or forming the natural phenomena and characteristics of a group.

Natural systems include ecological balance systems, living organism systems, celestial systems, material microstructure systems, and social systems.

Manual system:

Individuals within the system operate according to artificial, pre-programmed rules or planned directions to achieve or accomplish functions, performance, and results that cannot be achieved by individual individuals in the system.

Artificial systems include stereo imaging systems, production systems, transportation systems, power systems, computer systems, education systems, medical systems, enterprise management systems, and so on.

Composite system:

A composite system is a combination of natural and artificial systems.

Composite systems include navigation systems, traffic management systems, and man-machine systems, among others.

In the process of creating cybernetics, Wiener regarded the communication and control of animals and machines as a system.

In order to clarify the object of study, the matter or space is artificially separated from the rest of the matter or space, and the demarcated object of study is called the system.

In thermal, a certain mass of gas is usually taken as the object of study, and this object of study is called a system

In fluid mechanics, the collection of numerous fluid particles is called a system

The human body is composed of eight systems: locomotor system, nervous system, endocrine system, circulatory system, respiratory system, digestive system, urinary system, and reproductive system

Pinyin

xi tong

English

syste: (the same kind of thing made up of certain relationships)

systeatic: (organized; systematic)

New Chinese-English Dictionary

1. Self-contained organization: a whole composed of similar things according to a certain order and internal connections.

Use case:

Qin Mu's "We Need Biographical Literature": "Someone once drew the branches of a tree to describe the system of biological evolution, which was called a 'biological tree'. ”

2. Consistently organized, methodical order.

Use case:

Zhixia "Railway Guerrilla": "He was amazed that Xiaopo could tell everyone what the political commissar said in such a systematic way. ”

3. A general term for multiple organs in a biological organism that can complete common physiological functions.

Use case:

Digestive system, respiratory system.

Explanation 1: A whole composed of similar things according to a certain relationship.

Examples: Tissue systems, irrigation systems.

Explanation 2: Be organized.

According to the scale and scope of the scale, it is divided into: expansion system, cosmic system, macro system, micro system, and microscopic system. Based on the interrelationship between elements, it is divided into linear system and nonlinear system.

Based on the difference in the content exchanged with the environment, it is divided into isolated system, closed system, and open system.

According to the criterion of whether it has stationary mass, it is divided into: physical system and field system.

Based on the relative static or dynamic relationship, it can be divided into: motion system and stationary system.

According to the degree of stability of the motion mode, it is divided into: balanced system and unbalanced system.

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