...Just 'for the record', the comments of Dave, mrcondron, szalkowski etc. are embarrassingly repetitive.
For those of you who have dropped by...
None of the above have read the hypothesis at all, yet feel
compelled to say conclusively that it is incorrect!
THIS is why science has such a bad reputation today. And yesterday. And yesteryears.
Science continues to move forward despite the efforts of such people. It did in the 1800's. It did in the 1900's and it will throughout thus century. Despite what might be suggested by Dave & his co-posters, the work of countless individuals across the world continues to produce new ideas (and sometimes new sciences) from (relatively speaking)
nowhere.
History reveals that it simply doesn't occur to these people that they
might actually be wrong. In their arrogance they see themselves as individuals who are 'superior' simply because of what they believe they have been taught. Read their posts again and you will see that they truly lack objectivity and are absoloutley bereft of any ability to grasp the concept of individuality when it comes to confronting the accepted 'norms' in todays science.
If it was not for people like these guys science would be light years ahead of where we are today. And they are not alone...
I always enjoy posting the following!
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George S. Ohm (Ohm's Law). Ohm's initial publication was met with ridicule and dismissal. His work was called "a tissue of naked fantasy." Approx. ten years passed before scientists began to recognize its great importance.
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Doppler (Doppler effect). Proposed a theory of the optical Doppler Effect in 1842, but was bitterly opposed for two decades because it did not fit with the accepted physics of the time (it contradicted the Luminiferous Aether theory.) Doppler was finally proven right in 1868 when W. Huggins observed red shifts and blue shifts in stellar spectra. Unfortunately this was fifteen years after Doppler had died.
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Binning/Roher/Gimzewski (scanning-tunneling microscope). Invented in 1982, other surface scientists refused to believe that atom-scale resolution was possible, and demonstrations of the STM in 1985 were still met by hostility, shouts, and laughter from the specialists in the microscopy field. Its discoverers won the Nobel prize in 1986, which went far in forcing an unusually rapid change in the attitude of colleagues.
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Subrahmanyan Chandrasekhar (black holes in 1930, squashed by Eddington). Chandra originated Black Hole theory and published several papers. He was attacked viciously by his close colleague Sir Arthur Eddington, and his theory was discredited in the eyes of the research community. They were wrong, and Eddington apparently took such strong action based on an incorrect pet theory of his own. In the end Chandra could not even pursue a career in England, and he moved his research to the U. of Chicago in 1937, laboring in relative obscurity for decades. Others rediscovered Black Hole theory thirty years later. He won the 1983 Nobel Prize in physics, major recognition after only fifty years.
Never underestimate the authority-following tendency of the physics community, or the power of ridicule when used by people of stature such as Eddington.
…And of course, my favourite:
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Alfred Wegener (continental drift). Look this one up, guys!
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Finchy...