Khashishi said:Well, you might consider nonlinear dynamics. Fluids and stuff. I don't think there's that much in solid bodies like gyroscopes and tops that we don't already have figured out.
Research in mechanics for a physics graduate involves studying the behavior of physical systems and using mathematical equations and models to understand and predict their motion and interactions with other systems.
Potential research topics in mechanics for a physics graduate include classical mechanics, quantum mechanics, fluid mechanics, solid mechanics, and statistical mechanics. Specific research topics could range from studying the motion of celestial bodies to analyzing the behavior of materials under stress.
Yes, research in mechanics for a physics graduate is possible without a background in engineering. Physics graduates are trained in mathematical and analytical thinking, which are crucial for understanding and conducting research in mechanics.
Some important skills for conducting research in mechanics as a physics graduate include strong mathematical and analytical skills, proficiency in computer programming and data analysis, and the ability to think critically and creatively to solve problems.
A physics graduate with research experience in mechanics can pursue a career in academia as a professor or researcher, in industry as a mechanical engineer or data analyst, or in government agencies as a policy advisor or analyst. They can also continue their education and pursue a graduate degree in physics, engineering, or a related field.