What Is the Difference Between Theorists and Phenomenologists in Physics?

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In summary, the conversation discusses the difference between theorists and phenomenologists in the field of physics. Phenomenology deals with observable phenomena while theoretical physics may focus on nuomena. Phenomenologists often use coding and simulation techniques, while theorists focus on improving and investigating theoretical models.
  • #1
Schreiberdk
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Hi there PF.

Im not sure if this is the right place for posting this question, but what is the difference between theorists and phenomenologist? What do each do, and where do they differ in work?

Schreiber
 
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  • #2
Hey, I haven't read any of the rules and regulations of this forum so I hope that I don't get banned, but as far as I know (just after reading wikipedia on phenomenology), phenomenology deals with phenomena, I.E. things that are observable.
Theoretical physics may be more concerned with nuomena rather than phenomena (please refer to the second definition of noumenon in the link within this bracket space if you are unfamiliar with meaning of noumena http://dictionary.reference.com/browse/noumena ).

I am only an undergrad in physics so don't take my word for it lol.http://en.wikipedia.org/wiki/Phenomenology_(particle_physics) is a link to one of the hyperlinked pages when i searched for "phenomenology" which may be linked to theoretical physics (and your question).
For the full list, which as far as I can tell only has 3 links pertaining to your question visit " http://en.wikipedia.org/wiki/Phenomenology "
 
  • #3
On a more pragmatic note:

Phenomenology: you'll prob end up doing lots of c++ coding, perhaps using Monte-Carlo type techniques to try and simulate particle collision events using event generators (cf Pythia, Herwig, Pomwig etc). The way I see it, particle phenomenology is the middle ground between an experimentalist and a theorist. These are the people that try to predict what might be observed at the LHC say, what to look out for etc, lots of computer simulation code, and so forth.

Theorist: actually investigating the theoretical models themselves rather than using them so much, if that makes sense. Trying to change or improve upon these theories (albeit in a very small way). Can involve lots of programming too, depending on what area of research you're in, but often much more pen and paper and analytics/mathematics.
 

Related to What Is the Difference Between Theorists and Phenomenologists in Physics?

1. What is the main difference between a theorist and a phenomenologist?

A theorist is someone who develops theories or models to explain a phenomenon, while a phenomenologist is someone who studies the lived experience of individuals and how they perceive and interpret the world around them.

2. Can a theorist also be a phenomenologist?

Yes, it is possible for a person to have both roles. Some theorists may also incorporate elements of phenomenology in their work, while some phenomenologists may develop theories based on their observations.

3. What are the key principles of a theoretical approach?

A theoretical approach involves identifying and defining concepts, constructing hypotheses, and testing them through empirical research. Theories aim to explain and predict phenomena based on logical reasoning and evidence.

4. How does a phenomenological approach differ from a theoretical approach?

A phenomenological approach focuses on understanding the subjective experiences and perspectives of individuals, rather than developing generalizable theories. It involves in-depth qualitative research methods, such as interviews and observations, to explore the unique meanings and interpretations of a phenomenon.

5. Which approach is more commonly used in scientific research?

Both theoretical and phenomenological approaches are frequently used in scientific research, depending on the research question and the nature of the phenomenon being studied. However, theoretical approaches may be more common in fields such as physics or biology, while phenomenological approaches are often used in fields such as psychology and sociology.

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