Why LIGO may Be The Speed of Inertia Not Gravity Waves...Einstein Believed Gravity Was The Same as Inertia. 

 On my posts and videos I discuss many reasons why I believed gravity might be faster than light. The Earth is more at rest than the sun, and is thus a more privileged reference zone about gravity (more observers would say the Earth is at rest than the moon, and more observers would agree the sun is at rest than the Earth Moon system) right, because gravity might be nonrelativistic.  The higher the speed of motion, the more the displacement of light, like an umbrella in the rain being of more vertical motion than the same rain when on a train. As Van Flandern notes, why is there no displacement by gravity of the Earth to the sun? This would be because of  gravity's superluminary or superluminal, motion, and allstar, and visastar show.. I believe the EPR is so much faster than light because by things like energy conservation and other conservation laws, all the attractive fields or all the radiant fields of quanta  are derived from the one low energy field of gravity inside the supermassive fields of black holes, both unifying the fields yet also this would be the source of all the fields around us. The reradiation at that density of the waves would be where all the motion around us comes from, not merely other motion. This might prove someday that gravity is where all the field derives of the quanta, and the Ancient Greek question Einstein asked also about the electron, "Why does the electron have the charge and mass it does or in the related ancient Greek "where does the unified world around us come from, and how does the changes in distinction arise from this?" ( My Irish is as ancient as it used to be!) There is no equation for the collapse of the wave function, it seems instant for all zones of the quanta. If a large mass used the waves to fizzle out a large number of the quanta, all we might get is a handful of dust like Carl Sagan says in Cosmos, or just ephemeral dust moving out at superluminal speed. If the radiant inward fields of all types are derived from and like gravity and gravity is faster than light, the low energy fields of this type are also faster than light. 

  The wavelength of light changes with the speed of the observer in Special Relativity. It would seem to need a faster than light connection to be influenced by the starships motion before the light reaches the observer. Why is there superluminal motion seen for cosmic jets?  A black hole of radius a has an escape velocity of c yet a larger black hole not have the same radius if its escape velocity was also c.. How can anything escape these fields like the jets if the escape velocity is c? If there is no singularity to conserve energy so no infinite implosion as Einstein himself demurred, and as others like T'Hooft and myself believe, it seems like only faster than light centrifugal force would be stronger than any other force inside the supermassive zone. If the field or space time in Special Relativity is empty, why is a force of push or pull felt on acceleration of the high speed observer, or any observer as the wavelength (or speed of motion of spin, or speed) of light changes? This would seem to fit Maxwell's idea of the resilient medium he then used to predict the speed of light so well. (If this is true, my idea may be that if gravity has resilience like Maxwell's medium, it being much much lighter than light might also be much faster, you lighten up to go fast.) And I believe the regular structure seen in the Wmap image of the CMB is so regular and symmetrical because of the speed of gravity so it unifies these and other huge cosmic areas.. And so on.

 You may say, strong claims need strong evidence and there are the 10,000 experiments proving Special Relativity, and the handful above that seem to be other science. Yet Einstein said if one of his ideas go they all go. And gravity isn't about Special Relativity. Like Mach, Einstein believed inertia is the same thing as gravity. But Einstein had a real labor trying to match inertia with gravity. Special Relativity, SR is about uniform motion and a constant speed of light. With gravity the speed changes and there is acceleration. Einstein tries to make gravity going down the same as the Earth moving up by millions of rockets to boost the same inertia as gravity. And by what seems to me this comic science would have us at the speed of light in a year at the comfortable speed of 32 ft/second.

Einstein believed old electrons weigh more than new electrons, and this would follow from the motion of the surface of the Earth if so, and experiments have disproved this..

 Sure predictions Einstein makes are about changes in acceleration, the shift of the orbit of Mercury, the bending of starlight, frame dragging, these are all about changes in acceleration, not uniform equal accelerations for all observers. Gravity seems non relative if only some accelerated observers are valid, this is not relativity of the observer . If any observer isn't relative, then I believe it's not about linear motion and the constant speed of light.

  So this seems to be why the speed of gravity waves might not be the speed of light.

Is LIGO disproof of this? Aside from the possibility of spoofing, like the OPERA failure and other problems with details of the machines, no doubt this may be also possible, with time we may find the evidence here.

 If the result is valid, this would be my explanation. It's possible the results are wrong, because of these reasons especially about acceleration of the black hole at c, how does the wave or any information reach us if it's not faster than c? In some important sense, somehow it seems to me gravity is indeed  faster than light. So I believe either the results like OPERA and Bicep2 may be wrong or gravity is faster than light.

 I think if Einstein believed gravity is inertia to fit constant speed, constant light motion  to General Relativity, he chose the speed of the inertial waves, not gravity. Why or how can gravity as a wave of acceleration not flex over a billion light years between us and the source? Gravity is an acceleration, shouldn't it speed up or slow down? I've held there has been no quantum gravity seen because gravity may be a set of unifying waves. While inertia may be about quanta like light and at the speed of light, I think the waves of LIGO if proven might be inertial waves that may only show the image of the distant event not the cause. I believe inertia is just a machine sort of and gravity waves are more like the ghost in the machine.

 I've held that gravity and inertia aren't the same because of e.g. the huge distinction of strength. A single high speed centrifuge can have 5 million gs of force, and the huge Earth has one even with it's larger mass. While it may be good to find inertial waves (they may allow good astronomy and more since centrifugal force doesn't shield metal plates) these may not be gravity. Einstein might have believed these were gravity waves and they do move at c.

 If the spoofing turns out to not be a goof, I think the energy of the LIGO waves may fit more with inertia, and this might tell us inertia and centrifugal force are at the speed of light, and thus a quantum field. Einstein believed light was a quanta in SR unchanged from the source, and if this is like constant motion and a constant speed of light, the quanta also go with any field at c like inertia. I've tended to believe the slow speed of inertia would be by disconnection of quanta like light. The slow quanta separate like the distance to the moon in 2 seconds, so only if gravity is faster the moon wouldn't sail away.

 I believe there is no quanta of gravity, or not nearly so much (some would be needed to cause gravity build up the mass around us, as I say elsewhere.) But gravity waves may be much much faster than inertial waves.

 The strength and thus the speed might be the same as the speed of the inertial field at c but scaled way down in strength to fit the change in the millions of g's of the gyroscope, up to the much lower energy, much higher speed of the waves.

  I believe there may in waves and out particles for inertia and centrifugal force, and out waves and in motion of the particles for gravity. Centrifugal force like inertia would have particles and the slower waves that radiate out with the sides and quanta that might keep the speed the same of the waves seen by LIGO. Gravity might need much faster waves than inertia to overpower the outward radiance of these quanta. Even so the waves for gravity may be tougher to find and if the waves seen are indeed inertial, the force they exert will be mostly by the particles, this was how Einstein would have found the equivalence (not equality) of gravity and inertia.  Inertia has sometimes been called pseudo gravity. So gravity and inertia may  have the same quanta but the waves are not the same. If the particles of inertia move outward and they exert most of the force of the wave seen by LIGO, it would seem that the waves found would also exert more force radiating outward than inward from the source.  If Einstein had predicted inertial waves to fit his vision of gravity as the same as no change in the speed of light for the given radius, gravity with inward radiation wouldn't have  outward radiation so much with each wave oscillation seen.


   To prove this an idea I had could be used except improved to see if it's faster than light. I used the idea of the Cavendish torsion machine in a satellite around the sun to sense  gravity from solar flares and other events, the most explosive events in the solar system. Or arrays of atomic clocks might be cheaper. If gravity is faster than light, we set the orbit of the sensor at a distance near enough to sense the event but far enough away to get enough shade! Or at any rate a way to have enough distance to see if the gravity is separate from the light and inertial waves. So first with the event, there might be the gravity wave seen almost immediately, then the inertial wave and light wave both arriving at say a half hour if the distance is half a light hour. This would seem to definitely separate gravity from inertia, and inertia in it's more relativistic way of the quanta. And since gravity radiates in not out, and centrifugal force or inertia seem to radiate out, the first motion of the gravity method would find the machine moving a bit more in with each wave as it passes, while centrifugal force radiates out and this would show on both the light and the sensor of the waves as Einstein believed. 

  If gravity is the same as inertia, and the force is much increased inside a gyroscope, there might be also strong changes in the gravity measured around the machine by relativity and there is no change here also.

As Van Flandern believed if the escape velocity of a massive body is the speed of light and this is the cosmic speed limit, no information of any kind about gravity or any wave can reach the outside. So I think of the union of the two super dense masses LIGO found as being first emitted by gravity waves inside the black hole, and these then reached the outside where the inertial waves then moved on their way our way. The inertial waves were set in motion by the gravity waves but may not be the same. The gravity waves may have passed by us billions of years ago.

 If gravity radiates inward to oneness, and centrifugal force radiates out with heat, (the "thermodynamic" speed of light more on my videos) the opposition of gravity and inertia as in GWD, has a changing speed for gravity, and the constant speed of light for inertia and Special Relativity. Light travels at one speed and is relative, while gravity travels at many speeds and is not so relative it seems. So gravity changes the speed of light, and inertia stays the same.

Here's my physics synopsis