Uploaded January 2023 | Updated September 2026, 2 weeks ago
This video is a continuation from the last video where I showed how "relativistic mass increase" can be calculated using my quantum constants and theOMparticle model. In this video, I show how relativistic length contraction and time dilation fit into picture. I also show how relativity can be interpreted as a frequency shift when you do physics in the frequency domain. When you accelerate an OMparticle, the Compton frequency of the particle increases. This increases, the intrinsic mass of the particle and at the same time, decreases the length scale of the particle. The concept of time dilation is also discussed in this video although it is a little more difficult to expain due to the fact that there are two clocks, the internal compton frequency of a particle and the external clock generated by an electron living inside atom. This is going to require more discussion in the future.
This video is a continuation from the last video where I showed how "relativistic mass increase" can be calculated using my quantum constants and theOMparticle model. In this video, I show how relativistic length contraction and time dilation fit into picture. I also show how relativity can be interpreted as a frequency shift when you do physics in the frequency domain. When you accelerate an OMparticle, the Compton frequency of the particle increases. This increases, the intrinsic mass of the particle and at the same time, decreases the length scale of the particle. The concept of time dilation is also discussed in this video although it is a little more difficult to expain due to the fact that there are two clocks, the internal compton frequency of a particle and the external clock generated by an electron living inside atom. This is going to require more discussion in the future.
