Griffiths elementary particles equations 6.34 6.31 text please?

In summary, the Griffiths elementary particle equations 6.34 and 6.31 are mathematical equations named after physicist David J. Griffiths, which represent the Feynman propagator and the Dirac equation. They are used in particle physics and quantum field theory to study the behavior and interactions of elementary particles. These equations may be challenging to understand without a background in physics and mathematics, but can be comprehended with proper study and guidance.
  • #1
negru
308
0
Hi, could anyone please tell me equations 6.34 and 6.31 from Griffiths elementary particles book ( the new edition)?

I need to do problem 6.5, I have the old book, and I can't make any connection. Can't find the new book either right now, and I need to do it by tomorrow..

Please help, i'd appreciate it a lot.
 
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  • #2
Never mind, solved! :D
 

Related to Griffiths elementary particles equations 6.34 6.31 text please?

1. What are Griffiths elementary particle equations 6.34 and 6.31?

The Griffiths elementary particle equations 6.34 and 6.31 are mathematical equations that describe the behavior and interactions of elementary particles, which are the fundamental building blocks of matter.

2. Who is Griffiths and why are these equations named after him?

David J. Griffiths is a renowned physicist and author of the textbook "Introduction to Elementary Particles." These equations are named after him because he derived them and included them in his textbook.

3. What do these equations represent?

Equation 6.34 represents the Feynman propagator, which is a mathematical tool used to calculate the probability of a particle moving from one point to another. Equation 6.31 represents the Dirac equation, which describes the behavior of fermions, such as electrons and quarks.

4. How are these equations used in particle physics?

These equations are used in particle physics to calculate the behavior and interactions of elementary particles. They are also used in quantum field theory, a framework used to study the behavior of particles at the subatomic level.

5. Are these equations difficult to understand?

These equations may be challenging to understand for those without a background in physics and mathematics. However, with proper study and guidance, they can be comprehended by anyone interested in learning about elementary particles and their interactions.

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