The discussion revolves around a university physics student who expresses a passion for mathematical physics but struggles with problem-solving in traditional physics contexts. The student seeks guidance on whether to focus on mathematical aspects or improve problem-solving skills, particularly in relation to future studies in Quantum Mechanics, Electromagnetics, and aspirations for a PhD in Cosmology and Gravity.
Participants generally agree on the importance of effort and practice in improving problem-solving skills, but there is disagreement regarding the extent to which individual differences impact one's ability to excel in physics. The discussion remains unresolved on how the student should balance their passion for mathematical physics with the necessity of mastering problem-solving skills.
The discussion highlights the student's concerns about their perceived inadequacies in problem-solving and the potential impact on their academic trajectory. There are varying opinions on the relationship between passion, effort, and success in physics, with no consensus on the best approach for the student moving forward.
And when you do, remember the figure skating motto: “We all fall. It’s how we get up that matters.”TensorCalculus said:One day I guess I will see an example of where hard work fails to work...
Can you share more details with us?Blacklotus2006 said:For example I can’t solve Halliday’s mechanics problems
Will do :)CrysPhys said:And when you do, remember the figure skating motto: “We all fall. It’s how we get up that matters.