Is research still being done in Classical Mechanics? (and another question)

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Classical Mechanics is recognized as a foundational and comprehensive sub-field of Physics, crucial for future studies in the discipline. A physics major recently completed a Classical Mechanics I course and expressed concerns about retaining the material. It is advised that reviewing the concepts is beneficial, as key principles such as Hamiltonian and Lagrangian formalisms, variational principles, and Euler-Lagrange equations are essential for advanced topics. Classical Mechanics is extensively applied in various fields, including fluid dynamics, solid mechanics, thermodynamics, and engineering disciplines. The ongoing research in classical physics, particularly in nonlinear and chaotic systems, highlights its relevance and the importance of a solid understanding of classical mechanics for future academic and professional endeavors.
Wishingwell
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It just seems Classical Mechanics seems to be the most "complete" sub-field of Physics but I was just wondering.

Also, I have just finished taking my Classical Mechanics I class at my university (and I want to give a thank you to the forum again for helping me) and to be honest I've forgotten a lot of what I learned in the class. Do you think it would be wise to try and review as much of the material as possible? Note I'm a physics major and I just wanted to see if I'll be extensively be using classical mechanics in future physics classes.
 
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Wishingwell said:
Do you think it would be wise to try and review as much of the material as possible?

Yes

Note I'm a physics major and I just wanted to see if I'll be extensively be using classical mechanics in future physics classes.

At the very least you will need the Hamiltonian and Lagrangian formalisms, Hamilton-Jacobi theory, the variational principle and Euler-Lagrange equations, Euler angles and angular momentum representation.
 
Wishingwell said:
^ topic
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Yes.
Off the top of my head: in fluid flow (turbulence, wetting, microfluidic devices), solid body mechanics (shocks, fractures), constitutive relations, thermodynamics... lots of different topics.
 
Andy Resnick said:
Yes.
Off the top of my head: in fluid flow (turbulence, wetting, microfluidic devices), solid body mechanics (shocks, fractures), constitutive relations, thermodynamics... lots of different topics.
Most definitely. Essentially all engineering is applied classical physics.

Aeronautics and transportation, structural mechanics, chemical engineering, . . . all use computational physics based on 'classical physics'. There's a lot of work in multiphysics these days.
 
Yeah, you'll definitely need the ideas learned in classical mechanics in later courses. :) As for the research question...lots of exciting stuff still being done in classical physics. Computers have allowed us to explore some really interesting phenomena that were off limits a century ago...non linear and chaotic systems are the first thing that spring to my mind.
 
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