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The planet Mercury is about to make its best apparition of the year
NASA Science News for Feb. 8, 2013
The planet Mercury is about to make its best apparition of the year for backyard sky watchers. Look west at sunset for a piercing pink planet surrounded by twilight blue. FULL STORY: http://science.nasa.gov/science-news...eb_pinkplanet/ VIDEO: http://www.youtube.com/watch?v=117lEleTeiY |
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The planet Mercury is about to make its best apparition of the year
On Friday, February 8, 2013 10:12:35 PM UTC-5, Sam Wormley wrote:
NASA Science News for Feb. 8, 2013 The planet Mercury is about to make its best apparition of the year for backyard sky watchers. Look west at sunset for a piercing pink planet surrounded by twilight blue. FULL STORY: http://science.nasa.gov/science-news...eb_pinkplanet/ VIDEO: http://www.youtube.com/watch?v=117lEleTeiY Conjunction this PM was exquisite from Chiefland, Florida. |
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The planet Mercury is about to make its best apparition of the year
On Feb 9, 4:12*am, Sam Wormley wrote:
NASA Science News for Feb. 8, 2013 The planet Mercury is about to make its best apparition of the year for backyard sky watchers. Look west at sunset for a piercing pink planet surrounded by twilight blue. FULL STORY:http://science.nasa.gov/science-news...13/08feb_pinkp... VIDEO:http://www.youtube.com/watch?v=117lEleTeiY The descriptions of the agency are,as usual,homocentric - "As February unfolds, Mercury will rise higher in the sunset sky, brightening as it ascends. From February 11th through 21st, the "pink planet" will be visible for as much as an hour after sunset. February 11th is a date of special interest: a slender crescent Moon will appear straight above Mercury, providing guidance for novice sky watchers." nasa The idea is not to suffocate discussion but use it as an opportunity to look at how planets and stars emerge from the glare of the Sun due to their motion or that of the Earth.Is it so difficult to adjust to a 21st century perspective using modern imaging where a planet swerves around the Sun and because Mercury is so close,it doesn't leave the vicinity of the Sun like the outer planets ?.Venus is spectacular on this account - http://www.masil-astro-imaging.com/S...age%20flat.jpg A revolution in human endeavor is not accomplished by convincing people of the errors of their ways,they happen because new circumstances arise and in the case of astronomy where things make sense and often for the first time through modern imaging which certainly introduces that new element which is crucial to return astronomy to a stable narrative.The ability to improvise and send information in different directions is truly the sign of a creativity,these improvisations are not done by abandoning rules but rather taking note of the limitations of older perspectives,for instance,while the Earth's planetary dynamics obliterated the older geocentric perspectives,the geocentric vehicle was used to arrive at a point of departure for a whole new astronomy.The reader doesn't need any special ability to make sense of the images of Venus as it moves around the Sun and closer to our planet as it gets larger and brighter and so it is with Mercury presently. It is not a matter of restructuring astronomy or science but something even bigger yet it requires people who know not only the details of what went badly wrong but why it is important to get right and move on quickly.People are not going to forfeit their ideologies because their jobs depend on them however nothing is lost by adopting a better approach if that approach is glimpsed for what it is.The Ra/Dec perspective of ascending and descending planets have to go aside from casual observers only interested in identifying planets and stars because planetary dynamics and terrestrial effects depend on the ability to move between observations and interpretations without the slightest objection,just as Galileo once noted - " He [Copernicus] thus speaks of “sunrise” and “sunset,” of the “rising and setting” of the stars, of changes in the obliquity of the ecliptic and of variations in the equinoctial points, of the mean motion and variations in motion of the sun, and so on. All these things really relate to the earth, but since we are fixed to the earth and consequently share in its every motion, we cannot discover them in the earth directly, and are obliged to refer them to the heavenly bodies in which they make their appearance to us. Hence we name them as if they took place where they appear to us to take place; and from this one may see how natural it is to accommodate things to our customary way of seeing them." Galileo It is time for these well paid academics within nasa to earn their pay or get out of the way. |
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16th attempt to get Oriel to answer a simple question
Notice how carefully Oriel, over a period of some years, has avoided
explaining exactly where his views and the views of other members of this group differ. He writes whole paragraphs - sometimes nultiple paragraphs - hundreds of times a year but refuses to explain something as basic as this. He also refuses to answer any questions designed to identify what the difference might be. As an example - Oriel, if you look due south at midnight on July 1st and again at midnight on January 1st of the next year will you see the same stars in the same places. Yes or no? |
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16th attempt to get Oriel to answer a simple question
It what has to be one of the cruelest statements ever to appear in any
form of media,almost a form of intellectual torture,the inability to mesh the 24 hour AM/PM cycle with the Lat/Long system produces what is in effect a monster with no logic or reason to it and one the wider world can no longer support - "Some sources state that Earth's equatorial speed is slightly less, or 1,669.8 km/h. This is obtained by dividing Earth's equatorial circumference by 24 hours. However, the use of only one circumference unwittingly implies only one rotation in inertial space, so the corresponding time unit must be a sidereal hour. This is confirmed by multiplying by the number of sidereal days in one mean solar day, 1.002 737 909 350 795 which yields the equatorial speed in mean solar hours given above of 1,674.4 km/h. http://en.wikipedia.org/wiki/Earth_rotation The Earth's equatorial circumference is 40,075.16 kilometers and without getting into any references, the normal mind accepts that it turns at a rate of 15 degrees per hour or 1669.8 km insofar as that value multiples by 24 hours/360 degrees gives the actual dimensions of the circumference whereas a mindnumbing value of 1674.4 km per hour gives a nonsensical circumference value for 24 hours of rotation. Doesn't anybody ever get sick to their stomach when the most basic of basic planetary facts is assigned the wrong rotational speed ?. |
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16th attempt to get Oriel to answer a simple question
"oriel36" wrote in message
... Doesn't anybody ever get sick to their stomach when the most basic of basic planetary facts is assigned the wrong rotational speed ?. =========================================== Puke it up then, Kelleher. Vomit, because the right rotational speed is 361 degrees per day as everyone else but you knows; 360 degrees to face the same stars and one more degree to face the sun as the Earth moves around it. You'll remain sick to your small intestine and then your colon until you do, you insane *******. Answer Martin Nicholson's question, you ignorant imbecile. -- This message is brought to you from the keyboard of Lord Androcles, Zeroth Earl of Medway. When the fools chicken farmer Wilson and Van de faggot present an argument I cannot laugh at I'll retire from usenet. |
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The planet Mercury is about to make its best apparition of the year
The 24 hour system shares its principles with the Lat/Long system and
that an entire civilization could choose to adopt a flawed view renders science meaningless as all correspondence between dynamical cause and terrestrial effects are severed.To restructure astronomy requires not only a change in science,it is a change in society itself and that is how enormous this issue is.Don't know how anyone can do it,understand the reputations and monetary elements will continue to uphold this catastrophe into the future but it cannot account for the bulk of readers who must love astronomy,have a certain sense of responsibility to the past and to the future while being able to adapt and improvise when facts are not entirely clear or available. |
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16th attempt to get Oriel to answer a simple question
On Saturday, 9 February 2013 09:03:39 UTC-5, Martin Nicholson wrote:
Notice how carefully Oriel, over a period of some years, has avoided explaining exactly where his views and the views of other members of this group differ. He writes whole paragraphs - sometimes nultiple paragraphs - hundreds of times a year but refuses to explain something as basic as this. He also refuses to answer any questions designed to identify what the difference might be. ummm Oriel is philosophizing. generating ideas, spurring questions, so you can explore conclusions. why are you asking to create a bias? |
#9
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The planet Mercury is about to make its best apparition of the year
On Feb 9, 9:37*pm, anonymous wrote:
On Saturday, 9 February 2013 09:03:39 UTC-5, Martin Nicholson *wrote: Notice how carefully Oriel, over a period of some years, has avoided explaining exactly where his views and the views of other members of this group differ. He writes whole paragraphs - sometimes nultiple paragraphs - hundreds of times a year but refuses to explain something as basic as this. He also refuses to answer any questions designed to identify what the difference might be. ummm Oriel is philosophizing. *generating ideas, spurring questions, so you can explore conclusions. *why are you asking to create a bias? You give him too much credit. The observation in the title of this thread is underused,for instance,the line of sight observation where Mercury is far enough from the glare of the central Sun to be seen due to its own orbital motion is similar to the line of sight observation of Sirius which emerges from the glare of the Sun as Sirius moves far enough to one side due to the orbital motion of the Earth alone - http://www.yorku.ca/ns1745b/fig2-sirius-helrise.gif Our ancestors noticed that from any starting point,Sirius will appear in 365 days after a period of absence and will do so,albeit with diminishing clarity,for the next 3 cycles but on the 4th cycle it will not be seen but takes an extra day.This is the bedrock of timekeeping and a proper use of stellar references so that scientists never lose sight again of that graceful proportion between the number of rotations and the number of annual circuits which keeps days fixed to the orbital points without drifting. "on account of the precession of the rising of Sirius by one day in the course of 4 years.. therefore it shall be, that the year of 360 days and the 5 days added to their end, so one day shall be from this day after every 4 years added to the 5 epagomenae before the New Year" Canopus decree,Egypt The question this guy asked is loaded with calendar based Ra/Dec terms ,something which can be dealt with separately and not as a toxic instrument as it now stands but as a normal astronomical tool with limitations that do not hijack astronomical principles for mechanical modeling. I firmly believe that any restructuring involves a larger change in society,a long overdue adjustment by demonstrating that there is a bottom to all this as opposed to the situation faced by previous generations which tried to gloss over awkward and contrived explanations centering around celestial references and the cycles.Everything is on the table,that is why it should be thrilling and that is where people should really look. |
#10
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17th attempt to get Oriel to answer a simple question
Notice how carefully Oriel, over a period of some years, has avoided
explaining exactly where his views and the views of other members of this group differ. He writes whole paragraphs - sometimes nultiple paragraphs - hundreds of times a year but refuses to explain something as basic as this. He also refuses to answer any questions designed to identify what the difference might be. As an example - Oriel, if you look due south at midnight on July 1st and again at midnight on January 1st of the next year will you see the same stars in the same places. Yes or no? |
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