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#126 | |
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Quote:
gaffe will not and cannot appreciate it at all. He's too lost in his la-la land. |
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#127 | |
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I stated clearly that many of Velikovsky's ideas were wrong. I made it clear that I do not pretend to defend wrong ideas. Many great scientists espoused weird ideas. If you don't believe it - -check the history of science. This does not besmirch their real contributions. You refused to read McCanney's comet paper -- and so -- like Orangeatheist -- do not understand the nature of the argument. Jupiter never ejected Venus. Of course not. The large comet probably came from deep space -- as I have repeatedly indicated. |
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#128 |
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Four accurate predictions made by Velikovsky
Velikovsky was often wrong. But I give him credit when he was right. Velikovsky... 1. predicted that Venus was very hot. He made this prediction in the early 1950s when astronomers -- in the absence of hard evidence -- generally believed that Venus' surface temperature was comparable to earth's. Velikovsky turned out to be correct. 2. He also predicted that Jupiter emits radio waves. A few years later this was confirmed. It was at this point that Einstein started using his personal influence -- urging scientists to seriously test Valikovsky's ideas. 3. And Velikovsky also predicted that the earth has a powerful magnetic field. At that time most geophysicists doubted this. Several years later, Van Allen discovered the magnetosphere. 4. Last but not least -- Velikovsky also predicted that Venus might spin in the reverse direction from other planets. Last edited by mhgaffney; 02-17-2013 at 03:00 PM.. |
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#129 | |||
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I understand his argument. It's wrong. Quote:
It's always whack-a-mole with you. |
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#130 | |
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There are also other Venusian anomalies -- including the reverse rotation. Despite what W*gs says -- this points to a different origin. There is also another body of evidence I have not mentioned. The written records from ancient cultures, including the Mayans, Sumerians and Chinese -- describe Venus in terms of a comet. They refer to its beard, tail and horns, which are typical of comets -- not planets. Also -- ancient records state that Venus was as bright as the sun -- which could only have happened if it were a comet -- during a transit near the sun when huge amounts of electrical energy lit up Venus like a light bulb. Ancient tables of the period of Venus also differ from the contemporary record. These records amount to hard evidence -- yet clowns like Oraneatheist and W*gs simply dismiss it. As it says in the book of Proverbs: "The fool returns to his folly -- like a dog returns to his vomit." MHG |
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#131 |
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Why size matters...
Everyone is running out of patience -- me included. Orangeatheist and W*gs arrogantly refuse to read McCanney's paper which btw was published in Kronos journal, not self published. Neither one is thus able to follow the argument. Had they read the paper they would know why large comets are very different from small comets. Size matters For example, scientists at Cal Tech showed that the surface temperature Comet Ikeya-Seki heated up to 1200 degrees at its nearest approach to the sun -- but soon cooled to 700 degrees. But Ikeye-Seki was a relatively small comet -- about 3 miles in diameter. A planetary sized comet would discharge exponentially vaster amounts of solar electricity -- and because of its mass would also remain hot for a very long time -- especially if it was captured and if it made several passes by the sun within a few thousand years. The larger mass of a planetary sized comet would also hold the dust and minerals swept up through the tail -- which would then be deposited on the surface of the nucleus. The comet would grow in size -- and this change in mass would alter its orbit. Small comets do not have sufficient mass to retain the materials in the coma -- which are lost to space -- almost as soon as they are acquired. This will probably be my last post on this thread. Good riddance. MHG |
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#132 | |||
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Quote:
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And Einstein has nothing to do with it. Quote:
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#133 | |||
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That's what she said.
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Ahhh, here it is: Kronos: A Journal of Interdisciplinary Synthesis What was it about? Quote:
I'm stunned. Quote:
Did Hale-Bopp gain mass? If so, how was it not destroyed? A simple question requiring only the most basic real science and math to answer, gaffe. Please do so here. Show your work: |
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#134 | |||
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One need not posit exotic, dare I say, lunatic, ideas about Venus to account for its current state. Occam's Razor in action, as it were. Quote:
Pure nonsense. |
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#135 |
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Hellish Venus Atmosphere may have had cooling effect...
http://www.space.com/9155-hellish-ve...ng-effect.html It may seem downright bizarre, but a new model of Venus' super-hot atmosphere suggests its greenhouse gases may actually be cooling the planet's interior. These gases initially cause Venus' temperature to rise, but at a certain threshold, they can trigger dynamic processes ? which researchers call "mobilization" ? in the planet's crust that cool the mantle and overall surface temperature, researchers found. |
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#136 |
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Venus Holds picture of baby earth
July 2001 Scientists have found a time machine that will take them back 2.5 billion years. They call it the planet Venus. It turns out conditions on Venus today are analogous to Earth's earliest times in the Archaean and early Proterozoic eras. These eras are marked by the appearance of the first stable continents and the birth of bacteria. Because of this, Richard Ghail a research associate at the Imperial College in London, says that watching Venus is a way to better understand why and where certain materials formed on Earth, and how life began. Geologic features such as Earth's oceans and volcanic activity have counterparts on Venus. Looking at Venus' features and studying their development will help pinpoint how and where certain elements are deposited on Earth. "By understanding the 'early Earth,' we can predict where to find precious resources such as platinum and diamonds," Ghail said. Venus could point to ET Great upheaval is the hallmark of early Earth and today's Venus, with volcanic eruptions resurfacing large parts of each planet's terrain. The effect of these events on climate and on life were catastrophic on Earth, and also sparked conditions necessary for major evolutionary diversifications. So Ghail hopes that studying Venus' volcanoes will provide clues to the origins of life on Earth. "We can also tell what aided life to appear on Earth, which will help us to seek evidence for life elsewhere," Ghail said. A planet that reinvents itself Much like Earth 2.5 billion years ago, today's Venus is in a quiet state most of the time, building-up heat underneath its tenuous surface. The heat eventually is unleashed during short periods of intense volcanic activity which entirely remake the planet's surface. Tectonic forces work to bring about that similarity between Earth and Venus, with terrestrial plates being slowly pushed, not pulled. Such plate activities, believes Ghail, explain the distribution of today's craters on Venus as well as the major bursts of continental growth on Earth in the late Archaean and early Proterozoic eras. Low-lying plains at Venus provide another clue to Earth's earliest days, with the Aphrodite Terra plain on Venus resembling today's northern Atlantic Ocean basin. Such similarities may help scientists understand how oceans formed at Earth. Ghail presented his research at the Earth Systems Processes Conference last week in Edinburgh, Scotland, sponsored by the Geological Society of America and the Geological Society of London. www.space.com (http://www.space.com) |
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#137 |
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That's an interesting result.
What does it do to support Velikovsky/McCanney? Yes, Sagan is dead. So is Newton. Doesn't mean their ideas are wrong. |
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#138 |
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Ball is in your court, gaffe.
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