[EXTRA CREDIT] - B) Kurzgesagt – In a Nutshell (Hong gyeongmin,홍경민)

 https://www.youtube.com/watch?v=XFqn3uy238E&pp=ygUVQW5kIFdlJ2xsIERvIGl0IEFnYWlu

1) What was surprising or interesting in the video? 

What was most surprising about the video was its explanation of the concept of "teaching like a lie." This means a useful oversimplification as a starting point to make complex topics easier to understand. For example, the Earth learns in the form of a sphere that orbits the sun, but in reality it is only a simplified model, and the sizes and distances between the actual planets can be much different. The concept is widely used as a way to teach young people scientific concepts, emphasizing the importance of introducing additional detailed understanding and complexity once they have been laid a foundation to make it easier to understand.

Additionally, the video addressed the challenges and challenges that might arise in the process of communicating the complexity of science to the public. It addressed issues that arise from briefly summarizing scientific findings or research results, such as the uncertainty of research results and the possibility of changing theories due to various experimental results. This demonstrates the limitations and problems of scientific knowledge that are transmitted in a simplified form when explained publicly.

2) What is the main topic of the video, and what do you think about it 

The main theme of the video is "Lying to Children" in scientific communication. The video describes concepts that use simple lies or useful exaggerations to make complex concepts easier to understand. This approach aims to lay the groundwork for an overall understanding of concepts rather than a realistic understanding. For example, we learn that the Earth is a sphere that orbits the Sun, but it is not actually a sphere, and the planets are very different in size and not close to each other. By starting in this way, we will lay the groundwork for dealing with our understanding of complex topics step by step in-depth.

In scientific communication, this same approach should be used to communicate complex scientific knowledge to the general public. It is important to summarize and briefly communicate information so that the public can have a scientific worldview. This is especially important in the information age, where it is now almost impossible to gain expertise in several fields, which was possible in the past. These summaries do not give a genuine understanding of all the details, but provide an overall overview to help us understand the world we live in.

Furthermore, efforts to capture the essence of complex phenomena as much as possible using metaphors and stories are required when explaining scientific knowledge. For example, representing quarks in blue, red, and green in physics helps us visualize the different types of quarks and their relationships, but this can create distorted images of reality in our heads. These models are used as tools to summarize and understand phenomena, but they do not reflect accurate reality.

In summary, the video explains how teaching plays an important role, like lying in scientific communication, and how it is used to communicate complex scientific knowledge to the general public. This demonstrates a common approach in attempts to understand complexity in both science and sociology.

3) How does the topic of this video tie to what we have been discussing in class?"

The sociology theories discussed in class and the topics in this video are deeply related in several aspects. To begin with, sociology theories focus on understanding and explaining various aspects of human society. The theories cover various topics such as media, population, globalization, race, economy, and more, and these topics are used to analyze and explain complex social interactions and structures.

The simplification of scientific knowledge covered in the video and scientific communication can also be understood from a sociological point of view. Sociology also emphasizes the importance of simplification and conceptualization in understanding the complexity of social structures. Sociological theories can sometimes take an approach similar to the "teaching like a lie" of scientific communication, in that they sometimes use conceptualized models or simplified explanations to describe social phenomena. For example, sociologists can use abstract concepts to understand complex social structures, or explain social phenomena by simplifying them.

In addition, this video is closely related to sociology from the perspective of placing importance on the transmission and understanding of information. Sociological theories use multiple data and research methods to understand social phenomena, which are similar to various methods for conveying and understanding scientific knowledge. Sociologists also need various perspectives and interpretations in understanding and explaining social phenomena, which is an important factor in the process of understanding and explaining scientific knowledge.

Therefore, this video shows a deep connection with the sociology theory that was dealt with in class by exploring various sociological considerations that appear in the process of simplifying and transferring scientific knowledge. Both science and sociology require simplification and conceptualization in understanding and explaining complex phenomena, so that we can understand the interaction between society and natural science from a broader perspective.