How Can a Math-Loving Physics Student Excel in Mathematical Physics?

  • Thread starter Thread starter Blacklotus2006
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A university physics student expresses a passion for mathematical physics but struggles with problem-solving in traditional physics contexts, particularly with Halliday's mechanics problems. They fear that their difficulties in pure physics and mathematics may hinder their aspirations for a PhD in Cosmology and Gravity, fields rich in mathematical concepts. The discussion emphasizes the importance of a growth mindset, encouraging the student to focus on building a strong foundational understanding rather than feeling discouraged by current challenges. Participants highlight that improvement is possible through dedicated practice and effort, and that a genuine interest in the subject can motivate the necessary work. The conversation also touches on the balance between innate talent and hard work, suggesting that while some may have natural advantages, perseverance and dedication can lead to success in physics. Ultimately, the student is encouraged to assess their learning strategies and remain committed to their passion for the mathematical aspects of physics.
  • #31
TensorCalculus said:
One day I guess I will see an example of where hard work fails to work...
And when you do, remember the figure skating motto: “We all fall. It’s how we get up that matters.”
 
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  • #32
Blacklotus2006 said:
For example I can’t solve Halliday’s mechanics problems
Can you share more details with us?

Do you not put in any time because you think the problems are boring ('who cares how high the cannon ball goes??')

Do you read the problem and just draw a blank ('I can't even think of where to start!')

Do you get lost in the algebra, geometry, trig?

Despite some of the posts above about 'talent,' nobody is born knowing how to do these problems. It takes experience (practice) to get good at them. Consider sharing one you 'can't solve' either here or in the homework help section. This forum is all about helping students get better at these kinds of problems.
 
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  • #33
CrysPhys said:
And when you do, remember the figure skating motto: “We all fall. It’s how we get up that matters.
Will do :)
 
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