From CreationWiki, the encyclopedia of creation science
Cosmology is a branch of astronomy that deals with the origin, structure and space-time relationships of the universe. It is derived from two Greek words, cosmos meaning "universe" or "order," and logos meaning "word."
|“||Scientific cosmology examines the large-scale structure of the universe on the basis of observation made with optical, radio, infrared, ultraviolet, and x-ray telescopes. It analyzes those results on the basis of our understanding of physics, as tested in the laboratory and against data from the solar system.||”|
- Main Article: Creation cosmology
To creationists this study encompasses not only the observable physical or natural world but also the metaphysical means by which God governs and sustains creation. Cosmology therefore deals with time and seeks to understand God's relationship with His creation, from the beginning to the end of time.
- Main Article: C-decay
A number of theorists suggest that the speed of light is continuously decaying and hence was far faster during creation than it is today. This would explain the age of the universe (and earth) due to radiometric dating, and also indicates that the doppler shift, the common method of dating far objects, is not caused by kinematic or relativistic redshift. This cosmology has the merit of explaining quantized redshift, which most present cosmologies fail to explain.
White Hole Cosmology
- Main Article: White hole cosmology
A white hole near the earth (or the center of the galaxy) at the beginning of the universe has been proposed to explain the existence of distant starlight in a young universe. This would cause, due to relativistic considerations, a change in apparent time. While this model is acceptable to those assuming a creationist paradigm, it has been attacked on anthropocentric grounds by secular science. Russell Humphreys, the author of this cosmology, has been criticized by those upset by his model.
Cosmic Center Model
Robert Gentry has also suggested an anthropocentric cosmology, based on a static universe with a shell of matter creating cavity energy in our region. His theory is sophisticated and appeals to a gravitational and relativistic redshift caused by vacuum gravity repulsion. His theory is explained in detail in several papers available at the Orion Foundation. Andrew Repp, a creationist, has posted a challenge to his cosmology in the Creation Society Research Quarterly. Gentry responds to this and other criticism in Big Bang Collapse  and other reports found on his Published Reports Page . Brian Pitts has also criticized Gentry's model.
- Main Article: Cosmological relativity
Dr. John Hartnett has developed a young Earth creation cosmology based on Dr. Moshe Carmeli's theory of Cosmological relativity. Like Russell Humphreys' white hole cosmology, Dr. Hartnett's model uses time dilation in a bounded universe. But this dilation results from a rapid expansion of space rather than the gravity of a white hole.
Hartnett’s cosmology readily fits and explains the large scale structure of the universe without either dark mater or dark energy.
- Main Article: Geocentricity
Beginning with Aristotle, Western philosophers typically believed that the earth was the center of the cosmos. This idea, called geocentricity, followed naturally from the intuitive appreciation of the Earth as a fixed object and of the "natural places" of the elements (believed to be earth, water, air, and fire). Yet as astronomical observations became more sophisticated and precise, this system became less satisfactory. The moon, of course, describes a circular path around the earth. The sun could also be described as orbiting the earth, if one believed that the sun was made entirely of fire and had no appreciation of the sun's tremendous mass in relation to the mass of the earth (an insight that would probably have to wait for Sir Isaac Newton before enjoying wide appreciation). But the other planets do not move, in relation to the earth, with the regularity with which they move in relation to the sun. At least one of the planets (Mars) appears to stop and reverse direction in relation to the earth.
In the centuries following Aristotle, and Hipparchus, who developed the first technical geocentric model, scientists would make at least two attempts to solve the mathematical paradoxes before Nicolaus Copernicus would advocate discarding geocentricity entirely.
Claudius Ptolemy was the first astronomer to attempt to solve the problem. He began with the system of concentric spheres invented by Hipparchus and added several mathematical modifications to explain the peculiar irregular movements. In his system, the positional elements of each celestial body were:
- The eccentric, or the displacement of the center of the body's heavenly sphere from the earth itself.
- The epicycle, a smaller "circle upon a circle" centered on a point on the great sphere. The body involved moved on the epicycle, and the epicycle's center orbited the earth.
- The equant, or the displacement of the center of motion of the epicycle (above) from the geometric center of the heavenly body's sphere.
With this system, Ptolemy could predict the motions of the Moon, the planets Mercury and Venus, the Sun, and the planets Mars, Jupiter, and Saturn to the limits of the accuracy of astronomical observations of his day. But in the process he violated Aristotle's strict geocentrism and also violated Occam's razor. This was the primary reason why Ptolemy's contemporaries were not completely satisfied with his system, even before the telescope would destroy the Ptolemaic system's predictive value.
Tycho Brahe developed some of the first instruments that enabled astronomers to achieve previously unprecedented accuracy. He realized early that the Ptolemaic system simply could not predict the motions of the celestial bodies once those motions were known with the enhanced accuracy now achievable. Yet he was not willing, as Copernicus was, to discard the notion of the earth as the center of the universe. Doing so would violate Aristotelian physics, with its tremendous emphasis on the "natural place" of all things.
So Tycho compromised. In his system, the Earth remained at the center, with the Moon and Sun orbiting the earth and the fixed stars in a sphere centered at the earth. But the planets Mercury, Venus, Mars, Jupiter, Saturn, and the one comet then known, orbited the sun, not the earth.
To secular scientists, cosmology is the study of the origin, current state, and future of the cosmos. It applies astrophysical measurements and analysis to understand the history, structure, and constituent dynamics of our universe.
- Main Article: Big bang
The most widely accepted theory on the origin of the universe is called the Big Bang. It posits that all of the matter in the universe started as a point of infinite density and temperature known as a singularity. It is believed that approximately 13.7 billion years ago this singularity experienced a rapid inflation of matter that eventually evolved into stars, galaxies, and planets. The Big Bang was not an explosion in the conventional sense of the term, but an expansion of space and time. However, like an explosion, it was highly energetic and chaotic.
- Main Article: String theory
String theory is either "a theory in physics [under which] all elementary particles are manifestations of the vibrations of one-dimensional strings." or a "concept that all particles can be represented as strings or string-loops of incredibly minute length, oscillating at various frequencies." Such strings, the theory states, exist within ten or eleven dimensions of which six or seven are inconceivably minute structures attached to every point in our four-dimensional spacetime.
String theory is assumed to explain everything from relativity and quantum mechanics to the very existence of basic particles. It is now a main focus of physics. Although it is celebrated in the modern scientific establishment one can clearly tell that it deals more with origins science than with operational science. One of the most prominent followers and now sceptics of string theory is Lee Smolin, who in his book, The Trouble with Physics as Martin Gardner states in a review, now says that string theory is
|“||... only a set of curious conjectures in search of a theory. True, it has great explanatory power, but a viable theory must have more than that. It must make predictions which can be falsified or confirmed.||”|
- Scientists ‘freeze’ light for an entire minute Research shows that light can be slowed down and even halted altogether.i09, July 26, 2013.
- Asteroid makes case for hydroplate theory Asteroid 2012 DA14 will pass closer to earth than a communications satellite. Under the current evolutionary model of asteroid origin, this should not happen. Conservative News and Views, February 8, 2013.
- More Evidence Our Solar System Is Uniquely Suited for Life With over 2,000 extrasolar planets found around nearly as many stars, there’s still no place like home. Creation Evolution Headlines, October 16, 2012.
- Galaxy Cluster Stuns Scientists—Supermassive and Spewing Out Stars Galaxy cluster possibly more massive than any other known, claimed to be forging fresh stars nearly a thousand times faster than normal (though no stars are even visible at that distance). National Geographic News, August 15, 2012.
- 'Echoes' of the Big Bang Misinterpreted? Veteran radio astronomer Gerrit Verschuur, of the University of Memphis, disagrees with the conventional interpretation of the universe's cosmic microwave background.Discovery News, Jun 15, 2012.
- ↑ Nancy Murphey and George F. R. Ellis, On the Morality of the Universe: Theology, Cosmology and Ethics (Fortress Press, 1996), pg. 39
- ↑ Collapse of Big Bang Cosmology and the Emergence of the New Cosmic Center Model of the Universe Robert V. Gentry. Perspectives on Science and Christian Faith 56, 4 (December 2004)
- ↑ Published Reports by Earth Science Associates
- ↑ God and Cosmos by John Byl. p17-18
- ↑ "Ptolemaic System." The Galileo Project, Rice University, Houston, Texas. Accessed April 15, 2008.
- ↑ The six planets named are the only planets that the ancients knew; later astronomers would discover Uranus and Neptune and the dwarf planets Ceres, Pluto, and Eris.
- ↑ "Tycho Brahe." The Galileo Project, Rice University, Houston, Texas. Accessed April 15, 2008.
- ↑ "Entry for String Theory," Merriam-Webster's Online Dictionary. Accessed April 15, 2008.
- ↑ "New String-Theory Notion Redefines the Big Bang." <Physorg.com>, March 31, 2006. Accessed April 15, 2008.
- ↑ Gardner, Martin. "M is for messy." The New Criterion, 25:90, April 2007. Accessed April 15, 2008.
- The Angular Size of the Moon and Other Planetary Satellites: An Argument For Design by Danny Faulkner, Creation Research Society Quarterly 35(1) June 1998.
- Astronomical Problems Oard, M.J., 1995. Creation Ex Nihilo Technical Journal 9(1):5–6
- Astronomy FAQ by Answers in Genesis
- Astrophysical Science from In the Beginning by Walter Brown
- Comets and the Age of the Solar System by Danny Faulkner, Journal of Creation 11(3):264–273, December 1997.
- The Current State of Creation Astronomy by Danny Faulkner (4th International Conference on Creationism, 1998)
- Extrasolar planets suggest our solar system is unique and young by Rod Bernitt, Journal of Creation 17(1):11–13, April 2003.
- Toward a Creationist Astronomy by Danny Faulkner, Creation Research Society Quarterly 28(3) December 1991.
- The young faint sun paradox and the age of the solar system by Danny Faulkner
- Unhidden by Don Richardson, Xulon Press, 2009, 228 pages. ISBN:978-1607912453
Books and Videos
- Astronomy and the Bible book by Don DeYoung
- The Astronomy Book book by Jonathan Henry
- Creation Astronomy video by Jason Lisle
- Taking Back Astronomy book by Jason Lisle
- Creation Astronomy book by Jill Whitlock, Felice Gerwitz
- Universe by Design book by Danny Faulkner
- The Privileged Planet By Guillermo Gonzalez and Jay W. Richards