It's not uncommon for individuals to find different areas of physics more challenging or easier to grasp based on personal preferences, learning styles, and prior experiences. While you may find quantum mechanics (QM) more intuitive and enjoyable, electromagnetism (EM) can be perceived as more abstract and mathematically involved for some people.
If you're looking to improve your understanding of electromagnetism and become more comfortable with it, here are some suggestions:
Strengthen your foundation: Ensure you have a solid understanding of the fundamental concepts and principles of electromagnetism. Review the basics of electric fields, magnetic fields, Gauss's law, Ampere's law, Faraday's law, and Maxwell's equations.
Practice problem-solving: Electromagnetism often requires working through mathematical calculations and problem-solving exercises. Practice solving a variety of problems to gain confidence and develop your skills in applying the principles of EM to different scenarios. Many textbooks and online resources offer problem sets with varying levels of difficulty.
Visualize and conceptualize: While electromagnetism can be heavily mathematical, it's essential to develop a strong conceptual understanding alongside the mathematical formalism. Visualize the behavior of electric and magnetic fields, imagine how charges and currents interact, and think about the underlying physical principles involved.
Seek multiple learning resources: Different explanations and perspectives can sometimes help solidify your understanding. Explore multiple textbooks, online lectures, video tutorials, and interactive simulations to find alternative explanations or visual representations that resonate with you.
Seek assistance and collaborate: If you find specific topics challenging or have specific questions, don't hesitate to seek help. Consult your professor, teaching assistant, or fellow students for clarification or discussion. Participate in study groups or online forums where you can collaborate and learn from others.
Relate to real-world applications: Electromagnetism has numerous practical applications in fields such as electrical engineering, telecommunications, and electronics. Connecting the theoretical concepts to real-world phenomena or technologies can enhance your motivation and understanding of EM.
Stay persistent and patient: Electromagnetism can be complex and may require time and effort to fully grasp. Be persistent in your studies and patient with yourself as you work through challenging concepts. It's natural to encounter difficulties, but with persistence, you can overcome them.
Remember that everyone's learning journey is unique, and it's okay to find certain subjects more challenging than others. By following these suggestions and dedicating time and effort to studying electromagnetism, you can improve your understanding and comfort level with the subject.