Learning to do science without being told what to do

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Discussion Overview

The discussion centers around how to learn to be a scientist independently, without explicit guidance on what to calculate or think about. Participants explore the journey of developing scientific thinking and creativity, particularly in the context of graduate education and research experiences.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested
  • Homework-related

Main Points Raised

  • Some participants suggest that deep engagement with a subject is necessary to identify gaps in knowledge and formulate original ideas, often achieved partway through a PhD program.
  • Others emphasize the importance of life experience and curiosity, proposing that scientific thinking develops through questioning and experimentation.
  • A participant mentions the value of reading professional journals and discussing ideas with advisors to refine thoughts and discover what has already been explored.
  • One participant highlights the challenge of matching personal resources with research problems, suggesting that project planning involves assessing available resources against interesting problems.
  • Another participant shares their experience mentoring students, indicating that brainstorming and resource assessment are critical in the early stages of project development.

Areas of Agreement / Disagreement

Participants express a range of views on how to cultivate independent scientific thinking, with no consensus on a singular approach. Some agree on the necessity of experience and curiosity, while others focus on the role of academic guidance and resource management.

Contextual Notes

Limitations in the discussion include varying definitions of what constitutes "scientific thinking," differing levels of educational background among participants, and the subjective nature of personal experiences in research and mentorship.

svletana
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How do you learn to be a scientist without being told what to calculate, what to think about, etc? I feel like my hand has been held this whole time when I was doing experiments or calculations, I feel kind of unable to come up with new ideas myself sometimes.

Are you a scientist? (doing a PhD or something) How did you start this journey?
Thank you!
 
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Your Profile page doesn't list your level of education or what education you have in progress. What is your background so far? That will help us tune our replies to be the most helpful for you. :smile:
 
I think you need to get really deeply into a subject before you know enough to know where the holes are and what is known and unknown. It does sound like you're a student. I only started forging my own path maybe halfway through my PhD. At that point I had read every paper multiple times and knew the state-of-the-art backwards and forwards. I could start to see what hadn't been tried yet (and was still potentially a good idea). Once I had that idea, which ended up being my thesis topic, the work kind of did itself. It was usually obvious what I needed to do next and if it wasn't my advisor was good at making keen suggestions.

So, I would say you don't get to that level typically until you're partway through your PhDs. Many engineers never really get there.
 
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You first need more life experience. Then you need to have tried to study something, anything, for several months. Then you need to be curious about something, and LOOK for some way to ask a question and TRY to figure a way to find or produce information to allow you to answer that question.

Have you ever followed a food recipe, and the result was not something you wanted? Did you do something about it, or did you just tell yourself that the recipe was bad and you would not make it again? So you might either tend toward some scientific thinking or move away from any scientific thinking.
 
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svletana said:
I feel kind of unable to come up with new ideas myself sometimes.

Are you a scientist? (doing a PhD or something) How did you start this journey?
I completely understand the feeling. Once you have chosen a general field of study you need to read the professional journals voraciously. As you read them think “what next” or “how would I apply this to a different problem”. Then, run your ideas by your advisor. He will probably be able to tell you where it has already been done (in my case usually decades earlier). Don’t be frustrated, even though they were not actually new ideas they were new to you and you still came up with them. Eventually you will hit on one that is truly novel.
 
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berkeman said:
Your Profile page doesn't list your level of education or what education you have in progress. What is your background so far? That will help us tune our replies to be the most helpful for you. :smile:
Sorry i forgot to say! I am completing my university degree (licenciatura) in Buenos Aires :)
 
At the graduate level, your adviser should have problems that he thinks would be good PhD problems. You don't just need a problem to work on; you need something that you can make real progress on even though you don't have a lot of research experience.
 
Matching available resources (your abilities, library resources, computing resources, advice quality, lab equipment, funding) to interesting and novel problems is one of the big challenges in designing experiments and research projects. I mentor lots of research (high school through senior undergraduate) and this is something we circle back to early and often in the design and brainstorming stages of project development. I usually start students by giving them a long list of possible projects for which the resources are most likely available and I also have them write down all the ideas that they have for things that interest them. In our discussions, we always circle back to how we can assess the resources needed and whether they can be acquired. Project planning is an excersise in reading the menu right to left - how much does it cost over and above what we already have in the fridge?

The best projects are usually the ones that left lots of good ideas on the cutting room floor. This article may help you develop improved brainstorming approaches:
https://www.physicsforums.com/insights/niches-publishable-undergraduate-research/
 
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