“In relativity, there is a ‘speed of information’ - the maximum speed that you can send information from one point to another,” says University of Wisconsin-Milwaukee physicist Jolien Creighton, an expert on general relativity and member of the LIGO team that first spotted gravitational waves.Ĭreighton explains that in electromagnetism, when you shake an electron, it creates a change in the electric field that spreads out at the speed of light. So information of any kind has a finite speed, whether it’s a photon - the light-carrying particle - or a graviton, which carries the force of gravity. One of the ramifications of that is that you can’t have simultaneous actions at a distance. It changes with speed and in the presence of gravity. It’s All Relativeīut then Einstein showed that time is relative. Newton also thought gravity acted instantaneously. By that line of thinking, one second on Earth is one second near a black hole (which he didn’t know existed). That question requires a quick dive into Albert Einstein’s general relativity, or theory of gravity - the same theory that predicted gravitational waves a century ago.Įinstein overthrew Isaac Newton’s idea of “absolute time.” Newton thought time marched onward everywhere at an identical pace - regardless of how we mortals perceived it. But why should gravity travel at the same speed? We all know light obeys a speed limit - roughly 186,000 miles per second. But it was also the first-ever direct confirmation that gravity travels at the speed of light. The event prompted worldwide headlines as the dawn of “multimessenger astronomy.” Astronomers had waited a generation for this moment. They arrived at Earth simultaneously at 6:41 a.m. That gravitational wave and the light from the stellar explosion traveled together across the cosmos. The collision was so extreme that it caused a wrinkle in space-time - a gravitational wave. Finally, recommendations are proposed for further research to explain these artifacts and anomalies.The dead cores of two stars collided 130 million years ago in a galaxy somewhat far away. In addition, pseudo-fluid dynamic processes interestingly approach near steady-state conditions at light speed. At light speed, magnetism is the propulsor's primary force. This gravity model, modified by assuming gravity waves move faster than light speed, allows for bending light which may be useful for predicting light speed trajectories. Jefimenko's gravity/cogravity model incorporates wave equations and under certain circumstances, may relate inertial, electric and gravity effects as a singular entity while magnetism and cogravity may be treated separately. Our proposed electromagnetic propulser takes advantage of a Unified Field Theory approach using the notion that gravity, electricity, and magnetism exhibit analogous wave-like behavior. Arguments are presented implying black holes may be a natural source of faster than light phenomena some evidence exists of such super-luminal events.
#Gravity waves faster than light free#
With appropriate changes, the theory is extended free of the light-speed restriction. These assumptions are, however, not all-inclusive and only treat sub-light conditions. Although Einstein is correct in The Theory of Relativity, light or faster than light speed travel is contrary to his assumptions. Creating a hyper-light speed space vehicle poses a spectrum of compelling challenges.
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