Is it possible for science to be a solitary pursuit?

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In summary, the conversation discusses the topic of peer review and its role in science, questioning whether science can be done alone and the importance of collaboration and communication among scientists. Examples of scientists who have worked in isolation are mentioned, but it is argued that in today's complex and interconnected world, working alone is not feasible due to the need for access to equipment and the ability to keep up with the latest discoveries. The conversation also emphasizes the need for stimulus and feedback from peers in order to progress in scientific research.
  • #1
Telos
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The topic of peer review and its role in science has been discussed in other threads, along with other similar topics, but I wanted to rephrase the question to make it more direct.

Can science be done alone?

And some more that follow:

Is it not science if one does not communicate the relevant information to other scientists? Is science necessarily a group activity? Does a scientist require another scientist in order to exist? Is it impossible by definition for only one scientist to exist?
 
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  • #2
There have been scientists who worked in relative isolation, such as Newton, Cavendish, Mendel, and Killing. Some were secretive, like Cavendish, and others had more or less defective communication with the scientific community of their times. Their results were communicated later by others.

I feel the asymptotic case of a single, completely isolated scientist is entirely possible.
 
  • #3
On the personal level, scientific&mathematical research IS a lonely activity (you are the one who needs to think through your ideas, verify them etc.)
However, we do need stimulus from other persons in order to get the strength and inspiration in order to immerse ourselves in the given subject matter (i.e, necessary social recognition), and most of us needs corrective feed-back from colleagues and peers in order to not be led astray, or at least not stagnate mentally (i.e, necessary scientific feed-back).
 
  • #4
It would be difficult to accomplish anything in science today working completely alone. Scientists need to have contact with other scientists to be aware of what they are discovering because the discovery's of others allows them to expand knowledge rather than spend time rediscovering what is already known.

In some fields working with others is essential because of the high cost of the equipment. Scientists must share facilities with each other.

Complexity also requires cooperation. Individual scientists often only have time to study a part of the problem. For example, scientists studying the operation of the cell cannot study all the different molecules in the cell.

The big problem today is just keeping up with what others are doing. Scientists end up spending time discovering what is already known.
 
  • #5
Thank for the responses. They really did justice to the question.
 
  • #6
I feel the asymptotic case of a single, completely isolated scientist is entirely possible.

I KNOW it is possible; but the work of other individuals in various fields were needed prior to the asymptotic case of a single, completely isolated scientist.
 

FAQ: Is it possible for science to be a solitary pursuit?

Can science be done alone?

Yes, science can be done alone, but it is not always ideal. Collaboration and teamwork are often important in the scientific process, as it allows for different perspectives and expertise to be incorporated into research.

What are the benefits of working in a team in science?

Working in a team allows for a more diverse range of ideas and approaches to be explored, increasing the overall quality of research. It also allows for the workload to be shared and for tasks to be completed more efficiently.

Are there any disadvantages to working alone in science?

Working alone in science can lead to a lack of diversity in ideas and approaches, which may limit the potential outcomes of research. Additionally, working alone can be isolating and may result in a slower pace of work.

Can an individual scientist make significant contributions without collaboration?

Yes, an individual scientist can make significant contributions without collaboration. However, collaboration often leads to more impactful and groundbreaking research as it allows for different perspectives and expertise to be incorporated.

Are there certain fields of science that require collaboration more than others?

Yes, there are certain fields of science that require collaboration more than others. For example, fields that involve complex and interdisciplinary research, such as biomedical science and environmental science, often benefit from collaboration and teamwork.

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