Hi guys mainstream science wants to believe that a photon has a rest mass of zero. Well it was more than that now arm-free. I stated so many times and proven so many times but I mean mass and weight are not related. So that's the first fuck up which of mainstream science they think mass and weight are related so they mix them up with the students. The mass of spinning nuclear is equal to the mass of arresting nuclear. That's the first step. I will compare nuclear to be photon. First a nuclear when it's spinning, gravity is heading it from the side, our transfer to the other side using the gray light Newton and then get shot out into space. So there's delta impulse for the graviton which has a reaction pushing this little mass particle to our planet. So there's of course the concept of gravity as shown before. So this little motor spins around. This one makes up for the crystal structure and the other one spins. Pushing gravitons into outer space, propelling them into outer space pushing mass down. The mass of this little nuclear when it's spinning around is equal to the mass when it's standing still. When it spins it's made out of six gravitons or three quarks and when it stands still it's still made out of three quarks, six gravitons. So no change in mass. However, when it stops that is a change in weight, the weight of spinning nuclear does not equal to weight of a resting nuclear. Mass we may just say weight does not because the moment it stops spinning it cannot accelerate gravitons into space and therefore will not have any weight. It will not be pushed down to earth. This is where you get a supercondition, although it will not be once by the cold get red luck. It's a purely mechanical thing and therefore it will remain hovering because gravity has no influence anymore motor stationary. Only at normal temperatures this thing spins around pushing the thing down. This is like a relationship between temperature and the spin or time. So that's the first half of the story. Spin nuclear mass remains the same, six little gravitons make it up. So mass is the same although weight changes. Well the same happens with a photon. A photon is a quark and it goes through space like this. Card wills through space so there's two movements forward and an angle in momentum. So there's your forward speed and your angular momentum this thing, card wills through space. And effect having the same effect on gravitons it does accelerate gravity into outer space although very slightly. It's not a nice little angle like this. It's far lighter. It has a very high speed, the speed of light. This one goes two times the speed of light. So but in effect it's not that the gravity on a photon is very effect is very little. So little gravitational effects when it's spinning around. When it's stationary there's even zero gravitational effect. Again look at these examples of a nuclear when a nuclear mass spinning there is gravitational effect when it's not spinning there is none. There is no difference in impulse. Again a photon, card to increase space is affected by the gravitons and gets pulled in very slightly. But when it's stationary it's just a simple quark and then the impulse difference between gravity and forward hitting and the gravity of the author hitting is zero. So the method is photon before is to gravitons when it's spinning to gravitons when it's stationary again to gravitons. The rest mass does not change. Don't let them fool you. The rest mass of a photon remains the same. The only thing is it weight the weight differs because it stops spinning. Now the weight is zero when it is in rest the weight is zero and since science makes its weight and mass scientists the mass of a resting photon is zero. That's it and that's it. Thank you.