- #1
serp777
- 117
- 6
Am I correct in thinking that the quantum mechanical de broglie wavelength explains relativity's contraction of matter? because lambda = h/p, as the velocity of say a proton increases, the momentum also increases, and the wavelength should get smaller because lim p-->infinity of h/p = 0. At very high velocities near light, the distance between amplitude peaks should shrink very close to the Planck length, and appear as a wall.