What Are the Key Concepts of Complex Systems Physics for Master's Students?

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SUMMARY

The discussion centers on the key concepts of complex systems physics relevant for Master's students in physics. Key fields identified include elementary particles, condensed matter, and non-linear or non-equilibrium systems, with a particular focus on biophysics. The participant expresses confusion regarding the definition and scope of complex systems physics, which encompasses both molecular and quantum levels, as well as applications in condensed matter physics such as the many-body problem and strongly correlated systems. The need for clarity on the distinctions between condensed matter physics and complex systems physics is emphasized.

PREREQUISITES
  • Understanding of elementary particles and their interactions
  • Familiarity with condensed matter physics concepts
  • Knowledge of non-linear dynamics and equilibrium thermodynamics
  • Basic principles of biophysics and molecular systems
NEXT STEPS
  • Research the principles of non-linear dynamics in complex systems
  • Explore the many-body problem in condensed matter physics
  • Study the applications of biophysics in complex systems
  • Investigate quantum-level phenomena in non-equilibrium systems
USEFUL FOR

Master's students in physics, undergraduate students transitioning to graduate studies, researchers in biophysics, and professionals interested in the theoretical and experimental aspects of complex systems.

Quriousics
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I am a undergraduate student of engineering and I'm planning to go for Master's in physics department.
I've watched some websites of research faculty or groups and I think (correct me if I'm wrong ;) there are main theoretical and experimental fields of these:
- Elementary particles
- Condensed matter
- Non-linear or non-equilibrium systems/complex systems/biophysics

I don't quite understand what the last field(Non-linear or non-equilibrium systems/complex systems/biophysics) is about...
I know that there are some researches in this field about complex systems of molecular level or bigger (i guess mainly biophysics?) but as i know of, there are also researches about quantum level of non-equilibrium or complex systems...
And there are researches about complex systems in fields of condensed matter like complex systems like many-body problem, strongly correlated systems, etc...

So, what is field of complex systems physics about?
and what are main differences between condensed matter physics and complex systems physics fields?
Thank you!
 
Physics news on Phys.org
Hello Quri, :welcome:

Is it difficult for you to post the link ?
So far 'complex systems' to me is just a label someone attached to their activities.
 

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