Albert Einstein Errors & Constancy Of Light Question E=mc2 In Challenge To Relativity Theory, Part 1

In 1905, Albert Einstein issued two postulates in a document that formalized the edifice of what is now known as Special Relativity

. In particular, he indicated that light should be viewed as a constant speed that is given the unique designation "c" in scientific terminology. However, astronomers and other technology professionals are identifying enormous breaches in the structure of this one hundred year old theory. If it comes to pass that the theory of Special Relativity has fundamental errors within itself, this unthinkable discovery would shatter modern physics at its center.

As a consequence, related theoretical ideas would likewise be affected and would have to be reanalyzed as a result. Albert Einstein demanded in his Special Relativity Theory that the 1) laws of physics are the same in all inertial frames of reference; and that 2) the speed of light in a vacuum is a constant value 'c' for all observers in all inertial reference frames regardless of the motion of the light source or of the observers. Most people will be surprised to learn that a group of Sydney technologists has found a discrepancy in the constancy of light.

The captain of the research team that reviewed these ideas, Mr. Webb, describes their New South Wales findings that photons of light from far away stellar sources do not follow the known theoretical predictions as they should have. Because the densely packed distant stellar object known as a quasar are a readily predictable source of information, the Wales team decided to use them as a testing ground for the constancy of light. Because quasars are located at extremely large distances measured in many multiples of light years, there is a great deal of trust in the observational data that can be gleaned from observing these bright sources of light.

The behavior of the quasars left the group baffled since the observations seemed to show that the speed of light could not be constant as demanded by Albert Einstein in his groundbreaking papers of over a century ago. There Einstein dealt with a variety of issues but most importantly he left the world an outstanding mathematical legacy in the most celebrated equation E=mc2. This expression means that the energy of an object is equal to its mass multiplied by the speed of light squared and has been apparently verified by many experiments. It is without doubt the most notorious equation that has been the core construction of modern physics. This expression describes mass-energy equivalence and if the New South Wales group is correct, there could be big trouble in the little expression E=mc2.

Research lead Webb has implied that because of the results that there is a possibility however remote, that special relativity theory would need to be reviewed and corrected. To take the greatest care in avoiding any mistakes the team head confirmed the results by setting up a means to protect the integrity of the systematic mathematical analysis. Enter one Paul Davies who had the depth of knowledge and the mathematical interpretive ability to review the data sets. Mr. Davies had worked at Macquarie University and is now a Professor at Arizona State; he would evaluate the correctness of this information coming in from the faraway quasars.

by: Michael Strauss.

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