This study focuses on the growth of science in the field of science studies. The researchers utilized two new bibliographic databases, Dimensions from Digital Science and Microsoft Academic, along with two established databases, Web of Science from Clarivate Analytics and Scopus from Elsevier, to analyze scientific growth processes from the beginning of the modern science system until today. By estimating regression models that included publication counts from all four databases, the researchers found that the overall growth rate of science amounts to 4.10% with a doubling time of 17.3 years. They also discovered that a model with five segments fits the publication data best, indicating different growth rates related to economic and political developments such as industrialization and the Second World War. Furthermore, this study examined scientific growth in two broad fields: Physical and Technical Sciences, as well as Life Sciences. The comparison between these fields revealed only slight differences in their growth rates. Additionally, the researchers analyzed the relationship between scientific and economic growth in the UK and found that while both rates were high, economic growth was slightly lower than scientific growth. To conduct their analysis, the researchers collected publication data using various methods for each database. For Scopus they used its advanced search function to download indexed papers per year without any restrictions on document types; broad subject categories were defined based on Scopus subject areas. Microsoft Academic was accessed through its search interface and bulk data access via Azure platform; a snapshot containing bibliographic information for over 212 million publications dating back to 1800 was downloaded. This study provides valuable insights into how different factors such as economic and political developments can influence scientific progress by examining scientific growth processes over time using multiple databases.
- Study focuses on growth of science in the field of science studies
- Researchers used Dimensions, Microsoft Academic, Web of Science, and Scopus databases for analysis
- Overall growth rate of science is 4.10% with a doubling time of 17.3 years
- Model with five segments fits publication data best, indicating different growth rates related to economic and political developments
- Examined scientific growth in Physical and Technical Sciences, as well as Life Sciences
- Slight differences in growth rates between these fields
- Scientific growth in the UK was higher than economic growth
- Various methods used to collect publication data for each database (Scopus, Microsoft Academic)
- Insights into how economic and political developments influence scientific progress over time
Scientists have been studying how science is growing in different fields. They looked at a lot of information from different databases to learn more. They found that science is growing overall, and it's getting bigger every 17.3 years. They also found that different parts of science are growing at different rates because of things like money and politics. They focused on physical and technical sciences, as well as life sciences, and found some small differences in how they are growing. In the UK, science is growing faster than the economy. The scientists used different ways to collect information for their study."
Definitions
- Science studies: The field of research that looks at how science is developing and changing over time.
- Databases: Collections of information stored on computers that researchers can use to find data for their studies.
- Growth rate: How much something is getting bigger or increasing over time.
- Doubling time: How long it takes for something to double in size or quantity.
- Economic growth: How much money a country or region is making and how its economy is improving.
- Political developments: Changes or events related to government and politics in a country or region.
- Physical and Technical Sciences: Areas of science that focus on things like physics, engineering, and technology.
- Life Sciences: Areas of science that study living things like plants, animals, and humans.
- Publication data: Information about scientific articles or papers that have been published by researchers.
- Insights: New understanding or knowledge gained from studying something.
Understanding the Growth of Science: A Study of Four Bibliographic Databases
In recent years, science has grown exponentially. In order to better understand this growth process, researchers have conducted a study using four different bibliographic databases. The results of this study provide valuable insights into how economic and political developments can influence scientific progress over time.
Background
The modern science system is relatively new compared to other systems such as religion or philosophy. As such, it is important to analyze its growth processes in order to gain a better understanding of how it works and what factors influence its development. To do so, researchers utilized two new bibliographic databases (Dimensions from Digital Science and Microsoft Academic) along with two established databases (Web of Science from Clarivate Analytics and Scopus from Elsevier).
Methods
The researchers collected publication data for each database using various methods. For Scopus they used its advanced search function without any restrictions on document types; broad subject categories were defined based on Scopus subject areas. Microsoft Academic was accessed through its search interface and bulk data access via Azure platform; a snapshot containing bibliographic information for over 212 million publications dating back to 1800 was downloaded.
Results
By estimating regression models that included publication counts from all four databases, the researchers found that the overall growth rate of science amounts to 4.10% with a doubling time of 17.3 years. They also discovered that a model with five segments fits the publication data best, indicating different growth rates related to economic and political developments such as industrialization and the Second World War. Furthermore, this study examined scientific growth in two broad fields: Physical and Technical Sciences, as well as Life Sciences; only slight differences were observed between these fields’ respective growth rates. Additionally, when analyzing the relationship between scientific and economic growth in the UK it was found that while both rates were high, economic growth was slightly lower than scientific growth overall .
Conclusion
This research paper provides valuable insights into how different factors such as economic and political developments can influence scientific progress by examining scientific growth processes over time using multiple databases. It demonstrates that while there are some differences between physical/technical sciences versus life sciences in terms of their respective rates of progress, overall both are growing at similar paces due largely in part to external influences like industrialization or wars which spur innovation within those fields respectively .
