Hi guys, this is a short video about the speed of gravitons in the original model of Star Drive. I said the photon made two gravitons and it got in its true space like this. All it does, not about that, but the thing is I thought it was carbon like this, which means if the center is the speed of light, this one should be two times the speed of light and this one is zero. Like in this picture, if this circumference equals the wavelength at the photon, it indeed will be two times the speed of light. A graviton propelling the photon would go or need to go at two times the speed of light in order to move the photon at one time the speed of light. But in reality, this photon makes way larger steps. A typical photon has this is about half a nanometer. So it's very small and a wavelength is about say 500 nanometers. So it's a factor of a thousand. So when you look at this one, you can see when I'm getting closer to the middle, which means making larger steps, the graphs propelling the photon don't need to go that fast. In fact, a photon being one thousand of its wavelength, the graphs propelling it are travelling at say 1.001 times the speed of light. So not two times the speed of light or three times the speed of light, oh, one, oh, oh, one. Come again please. One point, oh, oh, one times the speed of light, which is practically the speed of light. So but I'm going to use this to see throughout my model just to make a difference between the speed of light and the speed of the graphite. So but it explains that the photons go in electrons, gravitons and positrons all travel at the speed of light. So don't take this to see literally. That's all. Thanks.