Clusters at center and periphery

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Thread starter nomadreid
Start date Mar 23, 2017
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Center Clusters

In summary, clusters at center and periphery are groups of objects or entities located in the center and outer edges of a larger system or network. They are influenced by various factors such as physical conditions, interactions, and resource distribution. These clusters have significant implications in understanding the behavior and dynamics of complex systems and are studied using mathematical models, computer simulations, and data analysis techniques. Real-world examples of clusters at center and periphery can be found in social networks, urban development, and ecosystems.

Mar 23, 2017

nomadreid

Gold Member

An acquaintance has told me that the Sloan Digital Sky Survey found clusters of galaxies in which most of the galaxies were divided between the center and the periphery, with a smaller density of galaxies in between. Is this case, and if so, why?

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Mar 23, 2017

berkeman

Mentor

nomadreid said:

the center and the periphery

The center and periphery of what?

Mar 23, 2017

nomadreid

Gold Member

berkeman said:

The center and periphery of what?

of the cluster

1. What are clusters at center and periphery?

Clusters at center and periphery refer to the formation of groups or clusters of objects or entities that are located in the center and outer edges of a larger system or network. These clusters can be found in various scientific fields, such as physics, sociology, and biology.

2. What causes clusters at center and periphery?

The formation of clusters at center and periphery is influenced by several factors, including the physical and environmental conditions of the system, interactions between the objects or entities, and the distribution of resources. For example, in biology, organisms may form clusters at the center of their habitat to access resources, while others may be pushed to the periphery due to competition.

3. What is the significance of clusters at center and periphery?

Clusters at center and periphery have significant implications in understanding the behavior and dynamics of complex systems. They can provide insights into the structure and organization of a system, as well as how different components interact and influence each other. Additionally, studying these clusters can also help in predicting and managing the behavior of these systems.

4. How do scientists study clusters at center and periphery?

Scientists use various methods to study clusters at center and periphery, depending on the specific field and system being studied. These methods may include mathematical models, computer simulations, and observational or experimental studies. Data analysis techniques, such as network analysis and spatial statistics, are also commonly used to identify and analyze clusters.

5. What are some real-world examples of clusters at center and periphery?

Clusters at center and periphery can be found in various real-world systems, such as social networks, urban development, and ecosystems. For example, in a social network, individuals may form clusters at the center based on their mutual connections, while others may be on the periphery with fewer or indirect connections. In urban development, businesses may cluster at the center of a city, while residential areas are located on the periphery. In ecology, certain species may form clusters at the center of their habitat, while others may be distributed at the periphery due to environmental factors.