# Spreading Scientific Knowledge in China: Personalized Social Media Influence Elements

Authors: Mengyu Li; Yao Wang; Megat Al Imran Yasin; Norliana Binti Hashim; Lay Hoon Ang; Hongzhe Kang
Journal: Mobile Information Systems
 (2022)

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## Abstract

China’s society continues to be shaped by social media, which is both inescapable and indispensable. Remarkably, the majority of Chinese firms and private organizations have achieved success by making use of the possibilities provided by social media platforms. Notwithstanding incredible successes via social media, the majority of Chinese social media users lack scientific understanding, and as a result, there is a deficiency in the dissemination and popularization of scientific information among users of Chinese social media platforms. To bridge this gap, this study investigates specific features of social media based on scientific knowledge and proposes a scientific information propagation framework characterized by individual impact characteristics such as personal message, personal branding, service mentality strategy, exciting content, accurate and authentic, real-time streaming, and exclusive events. Among these factors, personal branding acquired a factor score of 23%, real-time streaming acquired a factor score of 20%, and service attitude approach received a factor score of 19.5%. Similarly, real and authentic personal messaging had a factor score of 15.6%. From the outcomes, we anticipated that personal or individual impact elements, such as personal branding, might affect the diffusion and popularization of scientific information among Chinese social media users.


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## Body

## 1. Introduction

The People’s Republic of China among other nations is deeply rooted in extensive and shining memories in terms of science and technology. No doubt, these technological achievements have also brought a rapid economic growth in China. However, there is a lack in the spread and popularization of scientific knowledge among Chinese as well as the impact of public discussion via social media [1–3]. As defined by Ren and Zhai [4], scientific knowledge popularization (SKP) can be referred to as an act of promoting scientific communication to the ordinary people with the following components: (1) scientific skill, (2) method, and (3) process. Remarkably, before the advancement of social media and Internet of Things (IoT), the scientific knowledge and skill were thought through observation and direct physical approach in China. In addition, the scientific knowledge and skills were seen as an act of inheritance only by the male Chinese indicating that the spread and popularization of scientific knowledge among the Chinese were hindered by its firm linkage with the tradition and cultural system of China [4]. Consequently, there was a lack in scientific knowledge as well as a decrease in craftsmanship among the Chinese [4].In line with the objectives of the Chinese government through its political common program to popularize scientific knowledge to the majority of the public, the Chinese authorities deem it fit and encouraging to interact more with its citizens through the use of social media. These efforts aimed to improve and encourage the scientific competency which represents the public aim and to improve social development to achieve the social aim [4–6]. Nonetheless, social media has become a life-changing factor in the present-day China. As a matter of fact, nearly half of the Chinese population are Internet savvy [7, 8]. Millions of Chinese people are even more effective users of social media such as Facebook, Twitter, and Sina Weibo, compared to other countries. These users are not only active, but most of them maintain multiple social media accounts accessible via smartphones with much interest on their personal lifestyle. As a result of their active usage of the social media, most businesses trying to penetrate the Chinese market mainly rely on social media [7]. Despite the life-changing benefits of the social media, most Chinese seem to have doubts as well as divergent opinions on social media advice emanating from the legal authorities. These doubts, on one hand, may be as a result of lack of proper awareness regarding the benefit and impact of social media from individual perspectives which may involve scientific knowledge sharing [7]. On the other hand, the social responsibility in scientific knowledge popularization (SKP) through social media can be a major factor in ensuring that the Chinese social media can spread and popularize scientific knowledge to users. The social objective of SKP as reported by Ren and Zhai [4] involves the enhancement of scientific culture, scientific idea dialogue, and public engagement. Therefore, while engaging the public in SKP, every social media user also has a role to play in spreading and popularizing the scientific knowledge within the Chinese territory. First, the social responsibility ensures that every social media user is targeted such that series of feedback concerning the experience of the individual participants involved in the SKP is recorded and analyzed. Second, the SKP can be targeted towards organized groups of social media users as participants. The reactions and feedbacks from the organized groups can be projected in a wider spectrum, which also represent the feedback from the public since social media can be viewed as the kinetic energy of public opinion [9]. Consequently, the SKP will have positive impact not only on social media users, but, also on the understanding, thoughts, believe, and sociocultural livelihood of the Chinese Populace.The rest of the paper is organized as follows: Section2 presents the related work, in Section 3, we present our materials and methods, in Section 4, we present the results and relevant discussion, and in Section 5, presents the potential threats to the validity of this study. Section 6 finally throws light on the conclusion and directions for future work.


### 1.1. Social Media Characteristics That Can Aid the Spread and Popularization of Scientific Knowledge in China

The characteristics of social media as reported by Carr and Hayes [10] that include Internet based, social media as a persistent channel, perceived interactivity, user-generated value, and mass-personal communication are notable features that can aid the spread and popularization of scientific knowledge among the Chinese social media users. These features can be effectively utilized through an effective communication strategy.


#### 1.1.1. Internet Based

Social media are online software running on web browsers that are accessible via a computer or mobile devices. These computers and mobile devices are connected to wireless network (Internet) which allows the social media websites to be accessed. However, from a web 2.0 point of view, social media like Sina Weibo, Facebook, Twitter, and Instagram and many other Chinese social media currently allow the integration of other online tools such as file transfer protocols as well as media streaming that can facilitate the popularization and spread of scientific knowledge to users in China [10].


#### 1.1.2. Persistent Channel

As opposed to the traditional face-to-face means of communication, social media allows users to communicate to each other without meeting face-to-face. Despite the challenges and criticism faced by the social media users in China, existing social media such as Weibo provides users with unique communication channel that allows real-time instant texting as well as visual communication.


#### 1.1.3. Perceived Interactivity

Social media are essentially designed for social interactions [10]. However, different users may perceive its contents such the scientific knowledge and other content differently. Therefore, it is important to understand users’ perception towards social media content and communication. A well analyzed users’ perception towards scientific knowledge may aid its popularization and spread in China.


#### 1.1.4. User-Generated Value

The benefit derived from using social media can manifest when users are able to contribute and interact with each other. Most times the benefit derived from social may be different from the actual content. Social media content may be generated and promoted by an organization whereas the user-generated value can be achieved when users can exchange ideas with other users on the social media page. Therefore, the benefit of scientific knowledge popularization via Chinese social media can remain a sustainable effort when the users share knowledge with one another.


#### 1.1.5. Mass-Personal Communication

Chinese social media such as Sina Weibo, WeChat, QQ, Youku, and TikTok allows users to broadcast messages. When such messages are broadcasted to individuals as well as large audience, a receiver may also respond directly to the sender or through a mass audience approach [10]. This two-way messaging approach clearly bridges the gap which exist in the traditional communication channel [10]. Therefore, through a mass-personal communication channel available on the Chinese social media, it would be efficient to popularize and broadcast scientific knowledge in China.


## 1.1. Social Media Characteristics That Can Aid the Spread and Popularization of Scientific Knowledge in China

The characteristics of social media as reported by Carr and Hayes [10] that include Internet based, social media as a persistent channel, perceived interactivity, user-generated value, and mass-personal communication are notable features that can aid the spread and popularization of scientific knowledge among the Chinese social media users. These features can be effectively utilized through an effective communication strategy.


### 1.1.1. Internet Based

Social media are online software running on web browsers that are accessible via a computer or mobile devices. These computers and mobile devices are connected to wireless network (Internet) which allows the social media websites to be accessed. However, from a web 2.0 point of view, social media like Sina Weibo, Facebook, Twitter, and Instagram and many other Chinese social media currently allow the integration of other online tools such as file transfer protocols as well as media streaming that can facilitate the popularization and spread of scientific knowledge to users in China [10].


### 1.1.2. Persistent Channel

As opposed to the traditional face-to-face means of communication, social media allows users to communicate to each other without meeting face-to-face. Despite the challenges and criticism faced by the social media users in China, existing social media such as Weibo provides users with unique communication channel that allows real-time instant texting as well as visual communication.


### 1.1.3. Perceived Interactivity

Social media are essentially designed for social interactions [10]. However, different users may perceive its contents such the scientific knowledge and other content differently. Therefore, it is important to understand users’ perception towards social media content and communication. A well analyzed users’ perception towards scientific knowledge may aid its popularization and spread in China.


### 1.1.4. User-Generated Value

The benefit derived from using social media can manifest when users are able to contribute and interact with each other. Most times the benefit derived from social may be different from the actual content. Social media content may be generated and promoted by an organization whereas the user-generated value can be achieved when users can exchange ideas with other users on the social media page. Therefore, the benefit of scientific knowledge popularization via Chinese social media can remain a sustainable effort when the users share knowledge with one another.


### 1.1.5. Mass-Personal Communication

Chinese social media such as Sina Weibo, WeChat, QQ, Youku, and TikTok allows users to broadcast messages. When such messages are broadcasted to individuals as well as large audience, a receiver may also respond directly to the sender or through a mass audience approach [10]. This two-way messaging approach clearly bridges the gap which exist in the traditional communication channel [10]. Therefore, through a mass-personal communication channel available on the Chinese social media, it would be efficient to popularize and broadcast scientific knowledge in China.


## 1.1.1. Internet Based

Social media are online software running on web browsers that are accessible via a computer or mobile devices. These computers and mobile devices are connected to wireless network (Internet) which allows the social media websites to be accessed. However, from a web 2.0 point of view, social media like Sina Weibo, Facebook, Twitter, and Instagram and many other Chinese social media currently allow the integration of other online tools such as file transfer protocols as well as media streaming that can facilitate the popularization and spread of scientific knowledge to users in China [10].


## 1.1.2. Persistent Channel

As opposed to the traditional face-to-face means of communication, social media allows users to communicate to each other without meeting face-to-face. Despite the challenges and criticism faced by the social media users in China, existing social media such as Weibo provides users with unique communication channel that allows real-time instant texting as well as visual communication.


## 1.1.3. Perceived Interactivity

Social media are essentially designed for social interactions [10]. However, different users may perceive its contents such the scientific knowledge and other content differently. Therefore, it is important to understand users’ perception towards social media content and communication. A well analyzed users’ perception towards scientific knowledge may aid its popularization and spread in China.


## 1.1.4. User-Generated Value

The benefit derived from using social media can manifest when users are able to contribute and interact with each other. Most times the benefit derived from social may be different from the actual content. Social media content may be generated and promoted by an organization whereas the user-generated value can be achieved when users can exchange ideas with other users on the social media page. Therefore, the benefit of scientific knowledge popularization via Chinese social media can remain a sustainable effort when the users share knowledge with one another.


## 1.1.5. Mass-Personal Communication

Chinese social media such as Sina Weibo, WeChat, QQ, Youku, and TikTok allows users to broadcast messages. When such messages are broadcasted to individuals as well as large audience, a receiver may also respond directly to the sender or through a mass audience approach [10]. This two-way messaging approach clearly bridges the gap which exist in the traditional communication channel [10]. Therefore, through a mass-personal communication channel available on the Chinese social media, it would be efficient to popularize and broadcast scientific knowledge in China.


## 2. Related Work

China remains one of the leading globally digitally informed ecosystems with approximately 819.9 million social media users in 2019 [11]. This number of users represents about 59% of the Chinese population [11]. In 2023, the number is forecast to reach 961 million which will represent about 68.5% of the Chinese population [11]. These statistics clearly indicate that social media has a noticeable impact not only on the high-tech companies, but also on the individual users in China. The impact on users can be assessed through the increasing number of online discussions, photo sharing, video uploads, news, advertisement, tutorials, lectures, and online webinars [9].However, in China, social media has become a significant platform among young generation to share information, study, and also connect with friends [12]. Despite the noteworthy achievements of social media in China, studies on how Chinese social media can spread and popularize scientific knowledge to users are needed. Several studies have been conducted not only on Chinese social media but also across the globe. For instance, Mislove et al. [13] presented a measurement analysis of online social media using datasets obtained from four different social media websites, namely, YouTube, LiveJournal, Flickr, and Orkut, respectively. The study further crawled and assessed the relevant public links on each social media website to determine the amount of traffic and corresponding contents on each social media. The result of the study affirmed scaling law principle which states that a relative change in a single variable can result to a change relative to another variable [13]. The study therefore concluded that social media network follows the power law to bring about relative impact on users [13, 14]. On another note, Xie et al. [9] reported that social media in China remains one of the essential means in managing disaster in a way that users can communicate and interact with one another by sharing relevant information available online and offline on the specifics regarding the disaster. Such information sharing may aid in disaster management [9]. Despite the fact that most Chinese seem to have doubts as well as divergent opinions on social media advice from the Chinese legal authorities, it is however in the interest of the Chinese government to ensure that the interactions between their citizens and the government do not result to a form of discordance [1].In addition, King et al. [15] reported how the Chinese authority falsified certain contents of the social media posts to distract the public attention on key issues that required government leadership. The study confirmed that about 448 million contradicting posts are available on social media on a yearly basis [15]. While investigating the role of social media on scientific knowledge popularization, Jia et al. [2] carried out a study by investigating the need for social media in the interaction between scientific communication and scientists in China. The study reported that social media has the capacity to aid in measures that can assist the Chinese scientists avert the use of one-sided media (legacy media), rather to rely in constructing a more robust and multidisciplinary cooperation among the scientists and the public [2]. Such a finding can be helpful in SKP through the use of social media as the fast growth in social media has doubled the tools which can help in scientific knowledge popularization. More so, the available tools on the social media websites allow for a more user active interactions which may as well aid scientific knowledge spread [2]. Although some social media website such as Facebook and Twitter are blocked in China, there are certain differences between the Chinese social media such as Weibo [16]. The question remains “what impact has the Chinese social media created in scientific knowledge popularization among the users in China”? [2]. Despite the fact that social media will be very useful for scientific knowledge popularization, the success rate depends on the ability to fully utilize the tools and other resources available on the social media [17]. On the impact of social media on the Chinese conventional learning, Zhang and Gao [6] reported how Guokr Inc. through the combination of face-to-face can effectively aid in scientific knowledge sharing among the public. Among other factors which may influence the spread of scientific knowledge, Zhang and Gao [6] reaffirmed that a hybrid approach would be more efficient in popularizing the scientific knowledge among social media users. As social media remains one of the mainstream approaches for efficient interaction, most users rely on the textual information available on social media [18]. Notably, scientific knowledge can be popularized more through scientific graphics on social media as users can recommend these scientific graphics to their friend lists or friends-of-friends available on social media. Therefore, more emphasis should not only be on textual contents, but also on the scientific images and videos which can be communicated to user via social media [18].From a medical perspective, scientific knowledge related to health can also be propagated using social media [19]. However, with the increasing demand for disease surveillance especially in the wake of the 2019 novel coronavirus pandemic, social media appears to be an effective channel to disseminate medical and other scientific knowledge [19]. The reliability of such health-related scientific knowledge available on social media can be assessed through qualified medical practitioners as well as health institutions like the World Health Organization (WHO) on their respective social media accounts such as Facebook and Twitter. However, few studies have considered the implementation of health-related scientific knowledge and information sharing among the Chinese social media [19]. Therefore, Cui et al. [19] proposed a novel approach for analyzing the Chinese social media disease surveillance. The result of that study confirms that a disease outbreak can be predicted five days earlier before occurrence. Through prior knowledge and effective communication on disease outbreak via social media, both government, health institutions, and individuals can be prepared to address such a novel disease. In addition, while establishing an efficient communication channel to promote new ideas in scientific knowledge, Jothi et al. [20] confirmed that social media channel has taken a rapid shape with more benefits compared to traditional approach such as print media. This is a clear indication that Chinese social media can spread and popularize scientific knowledge to users. While investigating how social media can aid in scientific knowledge propagation, Jothi et al. [20] reported that social media users can easily be acquainted with new knowledge such as scientific knowledge. Hence, through social media adverts, users can easily be informed on scientific knowledge, consequently its popularization. It is therefore important to determine the effectiveness of new communication approach on social media [20], such that the components of the new communication channels could aid the popularization of scientific knowledge to social media users in China.


### 2.1. Motivation

China is currently faced with an increase in the number of social media which has also brought a noticeable social change among the population. With this media transformation, there is a need to investigate how the Chinese social media evolve and react in the advent of high technological environment. In addition, a need to uncover new approaches on how the Chinese social media can spread and popularize scientific knowledge to users. Such scientific knowledge can be useful not only to social media users but also to non-users. For instance, from a medial perspective, scientific knowledge in health may not necessarily be relevant to health professionals alone, but also to the general public [21]. It is therefore important to assess how certain individual factors can complement the existing communication strategies and techniques in social media with the objective to achieve an effective spread and popularization of scientific knowledge to social media users in China, which may be useful to the general public, with emphasis on the need for scientific knowledge popularization in China. This can be achieved via the target audience, the scientific knowledge popularization plan, and effective channel properly managed by scientific experts. To achieve the set objective, the current study proposes a scientific knowledge spread framework which considers certain personal factors applicable to Chinese social media. We hypothesize that certain individual influence factors, for example, personal branding of social media users in China, can aid in the spread and popularization of scientific knowledge among online social media users in the People’s Republic of China.


### 2.2. Proposed Scientific Knowledge Spread (SKS) Framework

The proposed scientific knowledge spread (SKS) framework presented in Figure1 considers the scientific content managed by experts. These scientific contents are communicated to social media users based on scientific practices. Certain features of the proposed framework with regard to personal (social media user) include the following: personal messaging, personal branding, service mentality strategy, experience and interesting content, real and authentic, real-time streaming, and exclusive events.Figure 1
Proposed scientific knowledge spread (SKS) framework.


#### 2.2.1. Personal Messaging

Means a direct message to individual participants. Such message is only seen and accessible by the intended recipient. Most participants may not have enough time to access a group message, but may respond promptly when a message is privately directed to he/she which may also have a greater impact.


#### 2.2.2. Personal Branding

Despite the life-changing benefits of the social media as reported earlier in the current study, most Chinese seem to have doubts as well as different opinions on social media advice originating from the legal authorities. There is a need for personal branding of the Chinese social media users to boost their confidence as well as competency which will aid the spread of scientific knowledge among social media users in China.


#### 2.2.3. Service Mentality Strategy

Obviously, nearly half of the Chinese population are Internet savvy and more effective on social media compared to other countries [7, 8], that does not mean they are perfect. However, there is a need for proper orientation and training regarding the use of certain scientific applications. Such training will enable users become familiar with scientific knowledge, which will in turn aid its spread and popularization. In addition, such training will result to scientific knowledge satisfaction through social media.


#### 2.2.4. Experience and Interesting Content

Social media users are familiar with social media contents. Notably, the introduction of scientific knowledge online may be entirely new to them. Therefore, interesting and attractive contents are very important to promote the spread and popularization of scientific knowledge via social media.


#### 2.2.5. Real and Authentic

There is a need for scientific experts to ensure that the content of any message regarding SKP is kept real, authentic, and accessible always.


#### 2.2.6. Real-Time Streaming

To ensure quick spread of scientific knowledge through social media, a live streaming event is necessary. This will allow users to ask questions and receive answers to their questions in real time. Such approach will help in the spread of scientific knowledge in China.


#### 2.2.7. Exclusive Events

Unlike the contents found in non-scientific messages, there is a need for special scientific programs designed to boost the interests of users and to attract the attention of the general public.Such event should have positive impacts on the Chinese populace. For instance, a scientific event to train Chinese on how to learn and speak English in few days using certain skills. On the other hand, effective practice involves:Audience: Target social media users.Maintain core topic: Stick to scientific topics and contents.Relevant content: Ensure that the contents are scientifically relevant to the Chinese public. Objectives: Set the objective of achieving at least within 12 months a 90% spread of scientific know knowledge across China via social media.


## 2.1. Motivation

China is currently faced with an increase in the number of social media which has also brought a noticeable social change among the population. With this media transformation, there is a need to investigate how the Chinese social media evolve and react in the advent of high technological environment. In addition, a need to uncover new approaches on how the Chinese social media can spread and popularize scientific knowledge to users. Such scientific knowledge can be useful not only to social media users but also to non-users. For instance, from a medial perspective, scientific knowledge in health may not necessarily be relevant to health professionals alone, but also to the general public [21]. It is therefore important to assess how certain individual factors can complement the existing communication strategies and techniques in social media with the objective to achieve an effective spread and popularization of scientific knowledge to social media users in China, which may be useful to the general public, with emphasis on the need for scientific knowledge popularization in China. This can be achieved via the target audience, the scientific knowledge popularization plan, and effective channel properly managed by scientific experts. To achieve the set objective, the current study proposes a scientific knowledge spread framework which considers certain personal factors applicable to Chinese social media. We hypothesize that certain individual influence factors, for example, personal branding of social media users in China, can aid in the spread and popularization of scientific knowledge among online social media users in the People’s Republic of China.


## 2.2. Proposed Scientific Knowledge Spread (SKS) Framework

The proposed scientific knowledge spread (SKS) framework presented in Figure1 considers the scientific content managed by experts. These scientific contents are communicated to social media users based on scientific practices. Certain features of the proposed framework with regard to personal (social media user) include the following: personal messaging, personal branding, service mentality strategy, experience and interesting content, real and authentic, real-time streaming, and exclusive events.Figure 1
Proposed scientific knowledge spread (SKS) framework.


### 2.2.1. Personal Messaging

Means a direct message to individual participants. Such message is only seen and accessible by the intended recipient. Most participants may not have enough time to access a group message, but may respond promptly when a message is privately directed to he/she which may also have a greater impact.


### 2.2.2. Personal Branding

Despite the life-changing benefits of the social media as reported earlier in the current study, most Chinese seem to have doubts as well as different opinions on social media advice originating from the legal authorities. There is a need for personal branding of the Chinese social media users to boost their confidence as well as competency which will aid the spread of scientific knowledge among social media users in China.


### 2.2.3. Service Mentality Strategy

Obviously, nearly half of the Chinese population are Internet savvy and more effective on social media compared to other countries [7, 8], that does not mean they are perfect. However, there is a need for proper orientation and training regarding the use of certain scientific applications. Such training will enable users become familiar with scientific knowledge, which will in turn aid its spread and popularization. In addition, such training will result to scientific knowledge satisfaction through social media.


### 2.2.4. Experience and Interesting Content

Social media users are familiar with social media contents. Notably, the introduction of scientific knowledge online may be entirely new to them. Therefore, interesting and attractive contents are very important to promote the spread and popularization of scientific knowledge via social media.


### 2.2.5. Real and Authentic

There is a need for scientific experts to ensure that the content of any message regarding SKP is kept real, authentic, and accessible always.


### 2.2.6. Real-Time Streaming

To ensure quick spread of scientific knowledge through social media, a live streaming event is necessary. This will allow users to ask questions and receive answers to their questions in real time. Such approach will help in the spread of scientific knowledge in China.


### 2.2.7. Exclusive Events

Unlike the contents found in non-scientific messages, there is a need for special scientific programs designed to boost the interests of users and to attract the attention of the general public.Such event should have positive impacts on the Chinese populace. For instance, a scientific event to train Chinese on how to learn and speak English in few days using certain skills. On the other hand, effective practice involves:Audience: Target social media users.Maintain core topic: Stick to scientific topics and contents.Relevant content: Ensure that the contents are scientifically relevant to the Chinese public. Objectives: Set the objective of achieving at least within 12 months a 90% spread of scientific know knowledge across China via social media.


## 2.2.1. Personal Messaging

Means a direct message to individual participants. Such message is only seen and accessible by the intended recipient. Most participants may not have enough time to access a group message, but may respond promptly when a message is privately directed to he/she which may also have a greater impact.


## 2.2.2. Personal Branding

Despite the life-changing benefits of the social media as reported earlier in the current study, most Chinese seem to have doubts as well as different opinions on social media advice originating from the legal authorities. There is a need for personal branding of the Chinese social media users to boost their confidence as well as competency which will aid the spread of scientific knowledge among social media users in China.


## 2.2.3. Service Mentality Strategy

Obviously, nearly half of the Chinese population are Internet savvy and more effective on social media compared to other countries [7, 8], that does not mean they are perfect. However, there is a need for proper orientation and training regarding the use of certain scientific applications. Such training will enable users become familiar with scientific knowledge, which will in turn aid its spread and popularization. In addition, such training will result to scientific knowledge satisfaction through social media.


## 2.2.4. Experience and Interesting Content

Social media users are familiar with social media contents. Notably, the introduction of scientific knowledge online may be entirely new to them. Therefore, interesting and attractive contents are very important to promote the spread and popularization of scientific knowledge via social media.


## 2.2.5. Real and Authentic

There is a need for scientific experts to ensure that the content of any message regarding SKP is kept real, authentic, and accessible always.


## 2.2.6. Real-Time Streaming

To ensure quick spread of scientific knowledge through social media, a live streaming event is necessary. This will allow users to ask questions and receive answers to their questions in real time. Such approach will help in the spread of scientific knowledge in China.


## 2.2.7. Exclusive Events

Unlike the contents found in non-scientific messages, there is a need for special scientific programs designed to boost the interests of users and to attract the attention of the general public.Such event should have positive impacts on the Chinese populace. For instance, a scientific event to train Chinese on how to learn and speak English in few days using certain skills. On the other hand, effective practice involves:Audience: Target social media users.Maintain core topic: Stick to scientific topics and contents.Relevant content: Ensure that the contents are scientifically relevant to the Chinese public. Objectives: Set the objective of achieving at least within 12 months a 90% spread of scientific know knowledge across China via social media.


## 3. Methods and Materials

The objectives of the current study are (1) to demonstrate how the Chinese social media can popularize and spread scientific knowledge to users and (2) to determine which individual influence factors can aid the popularization and spread of scientific knowledge among Chinese social media users. However, to achieve these objectives, certain research questions are formulated.


### 3.1. Research Design

To ascertain which Chinese social media that can be suitable for the popularization and spread of scientific knowledge in China, we adopt a survey among certain age group in China.


### 3.2. Formulation of the Research Questions

In line with the objectives of the current study, we formulate the following research questions:RQ1. What factor(s) may influence the spread and popularization of scientific knowledge in China? RQ2. What are the social media features that can aid the spread and popularization of scientific knowledge in China?


### 3.3. Survey

An online survey was conducted randomly among the users of WeChat, Weibo, QQ, Youku, Baidu, Tieba, Douban, Zhihu, and LinkedIn as well as other Chinese social media to collect relevant information associated with their interests as well as intentions to use social media.


### 3.4. Formulation of the Research Hypotheses

To achieve the objectives of the current study, certain hypotheses were formulated. However, these are unconfirmed assumptions at this stage. The following hypotheses were formulated.


#### 3.4.1. Null Hypotheses H0

(a)
Relevant and interesting content may influence the spread of scientific knowledge in China(b)
Personal messaging may influence the spread of scientific knowledge in China(c)
Real-time streaming may influence the spread of scientific knowledge in China


#### 3.4.2. Alternative Hypotheses Hn

(a)
Relevant and interesting content may not influence the spread of scientific knowledge in China(b)
Personal messaging may not influence the spread of scientific knowledge in China(c)
Real-time streaming may not influence the spread of scientific knowledge in ChinaThese hypotheses were tested by determining the individual factor scores as measure of their likelihood to aid the popularization and spread of scientific knowledge among Chinese social media users.


### 3.5. Sampling Option

In the current research, we applied non-probability sampling option to represent the entire population of Chinese social media users. This allowed us to gather the perspective of social media users in China.The target audience is the social media users in China with much emphasis on the age ranges between 10 and 19, 20 and 29, 30 and 39, 40 and 49, and 50 and 59, respectively. However, to determine the perception of the aging population regarding scientific knowledge popularization in China, we extended the age range to above 60 years. The sampling size considered in the current study is one hundred and fifty-nine (159).


## 3.1. Research Design

To ascertain which Chinese social media that can be suitable for the popularization and spread of scientific knowledge in China, we adopt a survey among certain age group in China.


## 3.2. Formulation of the Research Questions

In line with the objectives of the current study, we formulate the following research questions:RQ1. What factor(s) may influence the spread and popularization of scientific knowledge in China? RQ2. What are the social media features that can aid the spread and popularization of scientific knowledge in China?


## 3.3. Survey

An online survey was conducted randomly among the users of WeChat, Weibo, QQ, Youku, Baidu, Tieba, Douban, Zhihu, and LinkedIn as well as other Chinese social media to collect relevant information associated with their interests as well as intentions to use social media.


## 3.4. Formulation of the Research Hypotheses

To achieve the objectives of the current study, certain hypotheses were formulated. However, these are unconfirmed assumptions at this stage. The following hypotheses were formulated.


### 3.4.1. Null Hypotheses H0

(a)
Relevant and interesting content may influence the spread of scientific knowledge in China(b)
Personal messaging may influence the spread of scientific knowledge in China(c)
Real-time streaming may influence the spread of scientific knowledge in China


### 3.4.2. Alternative Hypotheses Hn

(a)
Relevant and interesting content may not influence the spread of scientific knowledge in China(b)
Personal messaging may not influence the spread of scientific knowledge in China(c)
Real-time streaming may not influence the spread of scientific knowledge in ChinaThese hypotheses were tested by determining the individual factor scores as measure of their likelihood to aid the popularization and spread of scientific knowledge among Chinese social media users.


## 3.4.1. Null Hypotheses H0

(a)
Relevant and interesting content may influence the spread of scientific knowledge in China(b)
Personal messaging may influence the spread of scientific knowledge in China(c)
Real-time streaming may influence the spread of scientific knowledge in China


## 3.4.2. Alternative Hypotheses Hn

(a)
Relevant and interesting content may not influence the spread of scientific knowledge in China(b)
Personal messaging may not influence the spread of scientific knowledge in China(c)
Real-time streaming may not influence the spread of scientific knowledge in ChinaThese hypotheses were tested by determining the individual factor scores as measure of their likelihood to aid the popularization and spread of scientific knowledge among Chinese social media users.


## 3.5. Sampling Option

In the current research, we applied non-probability sampling option to represent the entire population of Chinese social media users. This allowed us to gather the perspective of social media users in China.The target audience is the social media users in China with much emphasis on the age ranges between 10 and 19, 20 and 29, 30 and 39, 40 and 49, and 50 and 59, respectively. However, to determine the perception of the aging population regarding scientific knowledge popularization in China, we extended the age range to above 60 years. The sampling size considered in the current study is one hundred and fifty-nine (159).


## 4. Results and Discussion

This section presents the results obtained through the evaluation of the proposed scientific knowledge spread framework. In addition, the answers to our research questions that are presented in this section also offer relevant discussion on the hypotheses of various individual factors which may aid the spread and popularization of scientific knowledge among social media users in China. With respect to RQ1 which has to deal with the factor(s) that may influence the spread and popularization of scientific knowledge in China. The current study considered several number of individual influence factors and we can conclude that personal branding with the highest factor score may positively impact the spread and popularization of scientific knowledge among social media users in China. With respect to RQ2 which deals the social media features that can aid the spread and popularization of scientific knowledge in China. As highlighted in Section1, some social media features hypothesized to aid the spread and popularization of scientific knowledge among social media users in China. These features are characterized with the ability to engage social media users through effective and consistent learning outcomes with regard to scientific knowledge.Table1 presents the statistics of the data collected. Of the 159 respondents, within the age range of 10-19, 20 male and 20 female respondents represent 25% of the total respondents. Within the age range of 20-29, the number of male and female respondents is 20 and 36, respectively, which represent 35% of the total respondents. Between 30 and 39 age range, 16 male and 20 female respondents were recorded which represents 23% of the total respondents. For age range between 40 and 49, 8 male and 10 female which represent 11%, 50 and 59 age range, 2 male and 4 female respondents which represents 4% whereas for age range above 60, only 3 female respondents was recorded and this number represents only 2% of the total respondents.Table 1
Statistics of data collection.
Age rangeRespondentsMale numberFemale numberSub percentage (%)10-1920202520-2920363530-3916202340-498101120-59244≥60032Total=66=93=100Table2 presents the individual influence factors hypothesized to have impact on the spread and popularization of scientific knowledge as well as the distribution of scores obtained by each factor. The respondents are allowed to strongly agree, partially agree, or strongly disagree on each factor as a measure to aid the spread and popularization of scientific knowledge in China. The individual response was assessed by assigning scores as follows: Yes (Y) =1, where the respondent strongly agrees, Partially (P) =0.5, where the respondent somewhat agrees, and No (N) = 0, where the respondent strongly disagrees, respectively. Based on these assessments, each individual influence factor achieved certain scores as follows: personal messaging achieved a factor score of 20 which indicates that 15 respondents strongly agree that it can aid in the spread and popularization of scientific knowledge in China, 10 partially agree, and 5 strongly disagree. Personal branding achieved a score of 30 where 20 respondents strongly agree, 20 partially agree with 3 respondents strongly disagree. Service mentality strategy achieved a factor score of 25 with 15, 10, and 5 respondents which represents strongly agree, partially agree, and strongly disagree, respectively. Experience and interesting content achieved a factor score of 5 with a ratio of 4, 2, and 1, and real and authentic achieved a score of 20, with a ratio of 20, 0, and 0, indicating that all 20 respondents strongly agree that real and authentic content can influence the spread of scientific knowledge in China, whereas real-time streaming achieved a score of 25.5 with 25 respondents strongly agree, 1 respondent partially agree, and exclusive events achieved the lowest factor score of 3 where all 3 respondents strongly agree that exclusive events can aid the spread and popularization of scientific knowledge in China.Table 2
Individual influence factors and score distributions.
FactorsNo. of respondentsTotal respondentsFactor scoresYPNPersonal messaging (PM)151053020Personal branding (PB)202034330Service mentality strategy (SM)151053025Experience and interesting content (EC)42175Real and authentic (RA)20002020Real-time streaming (RS)25102625.5Exclusive events (EE)30033The individual influence factors and score distributions are presented in Figure2, with a clear indication that personal branding as reported in the current study achieved the highest factor score of 30 and may have a good impact on the spread and popularization of scientific knowledge in China. In addition, real-time streaming which achieved a factor score of 25.5 may also have a good impact as one of the key indicators to popularize scientific knowledge in China. The individual influence factors and their corresponding number of respondents and standard deviation are presented in Table 3.Figure 2
Individual influence factors and score distributions chart.Table 3
Individual influence factors and number of respondents.
Individual influence factorsPMPBSMECRARSEENumber of respondents304330720263Factor score20302552025.53Standard deviation5.009.825.001.5211.5514.161.73


## 5. Threats to Validity

This section presents the potential threats to the validity of this study. We distinguish three threat types: construct, internal, and external threats.


### 5.1. Construct Threats

We constructed the relationship between Y, P, and N by assigning certain values to determine the individual factor scores to determine the factor with the highest likelihood to aid the spread of scientific knowledge. These assumptions in relationship may pose some threat to the validity of this study.


### 5.2. Internal Threats

Apart from the well-known statistical evaluation metric such as the standard deviation, we have introduced a measure referred to as factors score. The use of factors score as a measure to determine the likelihood of the individual factors to aid the spread of scientific knowledge may have affected the validity of this study. More accurate measures are needed to fully access and determine the factors which may aid the spread and popularization of scientific knowledge among Chinese social media users.


### 5.3. External Threats

We applied fewer data sample in the current study which may not represent the entire Chinese social media users. These data could also pose some threat to the validity of the results of this study.


## 5.1. Construct Threats

We constructed the relationship between Y, P, and N by assigning certain values to determine the individual factor scores to determine the factor with the highest likelihood to aid the spread of scientific knowledge. These assumptions in relationship may pose some threat to the validity of this study.


## 5.2. Internal Threats

Apart from the well-known statistical evaluation metric such as the standard deviation, we have introduced a measure referred to as factors score. The use of factors score as a measure to determine the likelihood of the individual factors to aid the spread of scientific knowledge may have affected the validity of this study. More accurate measures are needed to fully access and determine the factors which may aid the spread and popularization of scientific knowledge among Chinese social media users.


## 5.3. External Threats

We applied fewer data sample in the current study which may not represent the entire Chinese social media users. These data could also pose some threat to the validity of the results of this study.


## 6. Conclusion

With the noticeable social change among the Chinese population, there is a lack in the spread and popularization of scientific knowledge among Chinese. As a result of a successful media transformation in China, there is a need to investigate how the Chinese social media evolve and react in the advent of high technological environment. In the current study, certain individual influence factors were applied to access their likelihood for spreading and popularizing of scientific knowledge among social media users. Among these individual influence factors, personal branding achieved the highest factor score which suggest its likelihood to aid the spread and popularization of scientific knowledge among social media users in China.


### 6.1. Future Work

There is a need to uncover new approaches on how the Chinese social media can aid the spread and popularize scientific knowledge among users. In the near future, we hope to investigate other factors which may be very useful in the spread of scientific knowledge among Chinese social media users.


## 6.1. Future Work

There is a need to uncover new approaches on how the Chinese social media can aid the spread and popularize scientific knowledge among users. In the near future, we hope to investigate other factors which may be very useful in the spread of scientific knowledge among Chinese social media users.



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*Source: 5761377-2022-04-22.xml*