- #1
bacte2013
- 398
- 47
Dear Physics Forum friends,
I am an U.S. sophomore with a major in microbiology and a minor in physics (but seriously considering a major). When I was in high school and during my college freshman, I confess that I genuinely hated physics; to me, physics seemed like a worthless numerical/formula game with no clear understanding of the phenomena. HOWEVER, that thought totally changed with my current undergraduate research in the computational/biophysical microbiology that I joined since summer. I realized how fool I was thinking that physics is a worthless subject and has no applications! Physics is deeply involved in the biological science and gives very different insight and deep understanding of the mechanisms of biological phenomena that I could not find from the traditional "wet experiment" biological methodology! Physics has so many applications in biological science like the genome sequencing, microorganisms' behaviors, metabolism thermodynamics, etc! Since that enlightenment, I decided to pursue a minor in physics rather than my initial planning to do a minor in mathematics and computer science. As a first step in my journey to thrilling world of physics, I will be taking a semester of "Modern Physics: Relativistic, Atomic, Quantum Mechanics + Solid-State Physics". The Modern Physics course requires a year-long introductory physics sequence, which I did not take. I cannot take the introductory physics due to a conflict with my major biological and chemistry courses. I had a discussion with the physics adviser, and he kindly gave a permission me enroll for the Modern Physics as long as I do the extensive self-study on the introductory physics sequence during the rest of semester and especiallt the Winter Break, which I am determined to do so. I took AP Physics B during my high school ,and I do have a good computational (non proof-based) knowledge in the multi-variable calculus, differential equations, linear algebra, and Fourier analysis. I am planning to start studying the Calculus Vol. II by Tom Apostol as soon as this semester is over.
How should I study for the introductory, calculus-based physics during rest of this semester and the Winter Break? Should I purchase a formal textbook like Holiday or Serway, or should I purchase the Schaum's Outlines/AP Physics C books on Mechanics & EM and study them? Or can I directly jump into the classical mechanics and EM textbooks without the introductory calculus? I am pretty confident in my mathematical ability, at least in the computational, working knowledge). I just checked my research lab's physics bookshelf, and I found the following textbooks (I organized the textbooks by physics fields):
Classical Mechanics: Taylor, Goldstein, Thornton & Marion, Kleppner & Kolenkow, Feynman Lectures 1
Electrodynamics: Griffiths, Jackson, Purcell, Feynman Lectures 2
Quantum: Griffiths, Shankar, Sakurai, Zettili, Feynman Lectures 3My "Modern Physics" course will utilize a textbook called Modern Physics, 3rd edition by Kenneth S. Krane. After completing my modern physics course, I am going to take the mechanics and thermal physics-statistical mechanics or electrodynamics.
Thank you very much for your time, and I apologize for this very long thread! I am very excited to do a formal study in physics, which is a center of every natural science!
MSK
I am an U.S. sophomore with a major in microbiology and a minor in physics (but seriously considering a major). When I was in high school and during my college freshman, I confess that I genuinely hated physics; to me, physics seemed like a worthless numerical/formula game with no clear understanding of the phenomena. HOWEVER, that thought totally changed with my current undergraduate research in the computational/biophysical microbiology that I joined since summer. I realized how fool I was thinking that physics is a worthless subject and has no applications! Physics is deeply involved in the biological science and gives very different insight and deep understanding of the mechanisms of biological phenomena that I could not find from the traditional "wet experiment" biological methodology! Physics has so many applications in biological science like the genome sequencing, microorganisms' behaviors, metabolism thermodynamics, etc! Since that enlightenment, I decided to pursue a minor in physics rather than my initial planning to do a minor in mathematics and computer science. As a first step in my journey to thrilling world of physics, I will be taking a semester of "Modern Physics: Relativistic, Atomic, Quantum Mechanics + Solid-State Physics". The Modern Physics course requires a year-long introductory physics sequence, which I did not take. I cannot take the introductory physics due to a conflict with my major biological and chemistry courses. I had a discussion with the physics adviser, and he kindly gave a permission me enroll for the Modern Physics as long as I do the extensive self-study on the introductory physics sequence during the rest of semester and especiallt the Winter Break, which I am determined to do so. I took AP Physics B during my high school ,and I do have a good computational (non proof-based) knowledge in the multi-variable calculus, differential equations, linear algebra, and Fourier analysis. I am planning to start studying the Calculus Vol. II by Tom Apostol as soon as this semester is over.
How should I study for the introductory, calculus-based physics during rest of this semester and the Winter Break? Should I purchase a formal textbook like Holiday or Serway, or should I purchase the Schaum's Outlines/AP Physics C books on Mechanics & EM and study them? Or can I directly jump into the classical mechanics and EM textbooks without the introductory calculus? I am pretty confident in my mathematical ability, at least in the computational, working knowledge). I just checked my research lab's physics bookshelf, and I found the following textbooks (I organized the textbooks by physics fields):
Classical Mechanics: Taylor, Goldstein, Thornton & Marion, Kleppner & Kolenkow, Feynman Lectures 1
Electrodynamics: Griffiths, Jackson, Purcell, Feynman Lectures 2
Quantum: Griffiths, Shankar, Sakurai, Zettili, Feynman Lectures 3My "Modern Physics" course will utilize a textbook called Modern Physics, 3rd edition by Kenneth S. Krane. After completing my modern physics course, I am going to take the mechanics and thermal physics-statistical mechanics or electrodynamics.
Thank you very much for your time, and I apologize for this very long thread! I am very excited to do a formal study in physics, which is a center of every natural science!
MSK