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It had to happen. It was just a matter of time. And now it has. Direct geometrical surveying of the stars, using the earth's orbital diameter as a baseline for the triangle has shown that the stars in a nearby galaxy are 6357 light-years away.
Thus the predictions and claims of the YECs over the years have finally given way to the advance of science.
Henry Morris, when discussing the direct measurement of stellar distance said:
"Thus, the Biblical cosmology is quite consistent with the idea that some of the distant galaxies may be billions of light years from the earth. On the other hand, there is no way that astronomers can measure such distances directly. The greatest distance that can be measured directly by methods of triangulation, using the two extremes of the earth's orbit as end points on a base line, is about three hundred light years."
" Greater distances than this require a series of esoteric assumptions related especially to certain stars known as Cepheid variables, in particular the relation between the frequency of their pulsations and their brightness, both apparent brightness and intrinsic brightness." Henry M. Morris, Biblical Basis for Modern Science, (Grand Rapids: Baker Bookhouse, 1984), p. 173.
Well, he is wrong.
Marvin Lubenow wrote:
"Many do not realize that the farthest direct age/distance measurement we can make in the universe is limited to about three hundred light years, done by triangulation using the diameter of the earth's orbit as a baseline. All age/distance measurements beyond that are indirect, and are based on assumptions which may or may not be valid)." Marvin L. Lubenow, Bones of Contention, (Grand Rapids: Baker Books, 1992), p. 201
Well, he is wrong.
Donald DeYoung wrote:
"From this triangulation (or surveying) method, the star distance is determined. In figure 4 the parallax angle is exaggerated. It is always
smaller than one second of arc, less than 0.0003 degrees. The parallax technique works for stars out to a distance of about 300 light-years (ly).
(See Question 74 for the definition of a light-year.) About 700 stars fall within this range, including Arcturus (36 ly), Sirius(8.6 ly), and Spica (220 ly). Beyond 300 light-years, the parallax angle becomes too small for accurate measure." Donald B. DeYoung, Astronomy and the Bible, (Grand
Rapids: Baker Bookhouse, 1989 tenth printing 1994), P. 58
Well, he is wrong.
Danny Faulkner writes:
The Role Of Stellar Population Types In The Discussion Of Stellar Evolution CRSQ Volume 30(1) June 1993
It is often stated that this method of distance determination works accurately up to a distance of 100 parsecs (roughly 300 light years). Actually, at 100 parsecs the error in the measurement is equal to the measurement itself, and this method is only reliable (errors within 10 percent) to about 20 parsecs (65 light years) (Mihalas and Routly, 1968; Smart and Green, 1977). http://www.creationresearch.org/crs...StellarPop.html
Well, he is wrong.
This measurement has an error of 40 parsecs (130 lightyears), or 2% of the distance. This means, that the galaxy lies between 6226 and 6487 lightyears distance. The error is so small that there is no way that this very close galaxy can fit within the 6000 year universe of the YECs.
Thus, Danny now is doubly wrong. Wrong that the stars wouldn't be measured to that distance and wrong that the error wouldn't improve over the years. YEC makes no provision for the improvement in technology and thus claim things that will be refuted within a person's lifetime.
Of course, the YECs will do what YECs always do--ignore the new data, reformulate their weird belief system by using Humphreys flawed general relativity work. Or they could claim that geometry itself is wrong. The YECs will say whatever they have to say in order to stay with a falsified belief system. Morton's demon is quite a powerful creature.
The source of this information is http://www.sciencemag.org/cgi/conte.../1120914v1?etoc
The Distance to the Perseus Spiral Arm in the Milky Way
Y. Xu , M. J. Reid , X. W. Zheng , K. M. Menten
Enjoy this you YECs.
Thus the predictions and claims of the YECs over the years have finally given way to the advance of science.
Henry Morris, when discussing the direct measurement of stellar distance said:
"Thus, the Biblical cosmology is quite consistent with the idea that some of the distant galaxies may be billions of light years from the earth. On the other hand, there is no way that astronomers can measure such distances directly. The greatest distance that can be measured directly by methods of triangulation, using the two extremes of the earth's orbit as end points on a base line, is about three hundred light years."
" Greater distances than this require a series of esoteric assumptions related especially to certain stars known as Cepheid variables, in particular the relation between the frequency of their pulsations and their brightness, both apparent brightness and intrinsic brightness." Henry M. Morris, Biblical Basis for Modern Science, (Grand Rapids: Baker Bookhouse, 1984), p. 173.
Well, he is wrong.
Marvin Lubenow wrote:
"Many do not realize that the farthest direct age/distance measurement we can make in the universe is limited to about three hundred light years, done by triangulation using the diameter of the earth's orbit as a baseline. All age/distance measurements beyond that are indirect, and are based on assumptions which may or may not be valid)." Marvin L. Lubenow, Bones of Contention, (Grand Rapids: Baker Books, 1992), p. 201
Well, he is wrong.
Donald DeYoung wrote:
"From this triangulation (or surveying) method, the star distance is determined. In figure 4 the parallax angle is exaggerated. It is always
smaller than one second of arc, less than 0.0003 degrees. The parallax technique works for stars out to a distance of about 300 light-years (ly).
(See Question 74 for the definition of a light-year.) About 700 stars fall within this range, including Arcturus (36 ly), Sirius(8.6 ly), and Spica (220 ly). Beyond 300 light-years, the parallax angle becomes too small for accurate measure." Donald B. DeYoung, Astronomy and the Bible, (Grand
Rapids: Baker Bookhouse, 1989 tenth printing 1994), P. 58
Well, he is wrong.
Danny Faulkner writes:
The Role Of Stellar Population Types In The Discussion Of Stellar Evolution CRSQ Volume 30(1) June 1993
It is often stated that this method of distance determination works accurately up to a distance of 100 parsecs (roughly 300 light years). Actually, at 100 parsecs the error in the measurement is equal to the measurement itself, and this method is only reliable (errors within 10 percent) to about 20 parsecs (65 light years) (Mihalas and Routly, 1968; Smart and Green, 1977). http://www.creationresearch.org/crs...StellarPop.html
Well, he is wrong.
This measurement has an error of 40 parsecs (130 lightyears), or 2% of the distance. This means, that the galaxy lies between 6226 and 6487 lightyears distance. The error is so small that there is no way that this very close galaxy can fit within the 6000 year universe of the YECs.
Thus, Danny now is doubly wrong. Wrong that the stars wouldn't be measured to that distance and wrong that the error wouldn't improve over the years. YEC makes no provision for the improvement in technology and thus claim things that will be refuted within a person's lifetime.
Of course, the YECs will do what YECs always do--ignore the new data, reformulate their weird belief system by using Humphreys flawed general relativity work. Or they could claim that geometry itself is wrong. The YECs will say whatever they have to say in order to stay with a falsified belief system. Morton's demon is quite a powerful creature.
The source of this information is http://www.sciencemag.org/cgi/conte.../1120914v1?etoc
The Distance to the Perseus Spiral Arm in the Milky Way
Y. Xu , M. J. Reid , X. W. Zheng , K. M. Menten
Enjoy this you YECs.