Now imagine the space is filled with a superfluid known in the past as AEther, currently as dark matter, made not of Helium atoms like in the video above but of much smaller neutrinos which do not interact with anything except their intrinsic gravity and have a small but non zero mass.
The vortices created could rotate much smaller and faster, entering the area of relative mass, when their mass increases exponentially and in a ideal superfluid the vortices once started they rotate indefinitely. Could those be what we know as elementary particles and corresponding fundamental forces except for gravity? All fundamental particles have quantized mass and spin.
The following image could represent what we currently know as electrons. Though Steven Rado was born in Hungary, the name suggests Serbian or even Romanian origin, like for Nikola Tesla quoted in the title.
And there is a link with struggling string theory.
Within this theory light would be a succession of unstable whirls passing energy from one to another (current to next) in an incredible fast succession according to this model. But they will not move at the speed of light, they will just jump at the speed of light.
One of the consequences of particles made of whirls is if you try to accelerate them there will be an opposition because they are of course rotating (at very high speed), opposition we may call inertia.
But you will never be able to accelerate them at the speed of light of course because they are rotating and parts of them will have to move faster than light. Unless they align with the rotation axe parallel to the direction of motion but you can't do that with solid, macro objects.
One of the consequences of particles made of whirls is if you try to accelerate them there will be an opposition because they are of course rotating (at very high speed), opposition we may call inertia.
But you will never be able to accelerate them at the speed of light of course because they are rotating and parts of them will have to move faster than light. Unless they align with the rotation axe parallel to the direction of motion but you can't do that with solid, macro objects.
