cronxeh said:Howcome there is just 'blah blah blah' and no mathematics?
cronxeh said:I don't know, I thought there would be some data re-analysis and some overlooked concepts discussed, or perhaps new models applied to old data, etc..
The purpose of analyzing scientific inquiries is to gain a better understanding of the methods and processes used by physicists to conduct their research. By examining the actual inquiries of scientists, we can learn about the different approaches and techniques they use to investigate the natural world.
The inquiries of physicists are typically studied and analyzed through careful observation and documentation of their research methods, data collection and analysis, and conclusions. This can involve reading published papers, attending conferences, and conducting interviews with scientists.
By analyzing the inquiries of physicists, we can gain insights into the thought processes, problem-solving skills, and creativity of scientists. We can also learn about the limitations and challenges that scientists face in their research, as well as the potential impact of their discoveries.
The analysis of scientific inquiries contributes to the scientific community by providing a deeper understanding of the methods and approaches used by physicists, which can inform and improve future research. It can also help identify areas for further investigation and collaboration among scientists.
Just like any research method, analyzing scientific inquiries has its limitations. For instance, it may be difficult to fully capture and understand the thought processes and motivations of scientists. Additionally, the findings may not be applicable to all areas of science, as each field may have unique methods and approaches to inquiry.