Hello,
The purpose of this posting is to demonstrate the unscientific nature of atheistic belief. Although I am a Christian I am not primarily attempting in this thread to demonstrate how Christianity is true, I am merely (and I use that word with caution) trying to show how the observation of various empirical facts has in recent years destroyed the scientific base of atheism. I hope to show that the discovery of these facts has changed atheism from a worldview based on fact to one bereft of factual foundation.
About one hundred years ago scientists began to unravel a number of cosmological coincidences, named cosmological constants. These constants were named so because it was immediately apparent that while they were all independent of each other, each one is absolutely necessary for life. Martin Rees, a colleague of Stephen Hawkings at Cambridge, noted, The possibility of life as we know it depends on the values of a few basic, physical constants and is in some respects remarkably sensitive to their numerical values. Nature does exhibit some remarkable coincidences. The effect of these constants, coupled with the onset of comprehensive physical theories about the universe, has been the death knell of sophisticated scientific atheism.
The physical theory with the most import to this discussion is Einsteins theory of General Relativity. GR demonstrated that the universe must have had a beginning. Initially, when he developed GR, Einstein incorporated an artificial fudge factor into his equation to negate this overt demand for a beginning of the universe. He later called this the greatest single mistake of [his] career. So, GR dictates that the universe must have some independent cause, some Prime Mover - for we know that nothing can be causa sui (self-caused dont confuse this with something being uncaused). This is the unavoidable conclusion we must draw if we are to accept GR, the most comprehensive and empirically demonstrable physical theory of our day. For this reason very few physical scientists are atheists.
So what does all this mean? It means that to the best of our scientific knowledge the universe was begun by something other than itself in an enormous, and finely tuned, Big Bang. The constants at play in the universe are each highly unlikely and highly specific. Together they form what is known as the Anthropic Principle. Below I list a number of these constants without which life would be impossible.
1. The gravitational coupling constant. If slightly unbalanced, each star formed would be at least 1.4 times the size of the Sun. Such large stars are required to form heavier elements such as iron and beryllium (used in solar system formation) but, a large star burns too quickly and unevenly to sustain life. A star the size of our own is needed to make those conditions right.
If the force were just a little weaker then stars would be too small and would never form the heavier elements essential for life and planetary systems.
2. If the strong nuclear force coupling constant that binds particles in the nucleus together were slightly weaker then more than one proton would not hold together in the nucleus and hydrogen would be the only element in the universe.
If stronger then Hydrogen would be too rare in the universe and also a number of very heavy elements would not be present in large enough quantities to support life.
3. The weak nuclear force coupling constant and leptons. Leptons form the elementary particles like neutrinos, electrons and photons that have no place in strong nuclear reactions. A weak nuclear force interaction effect is beta decay radiation. ( neutron  proton + electron + neutrino)
The amount of Helium produced in the first few minutes of the Big Bang is determined by the availability of Neutrons. If the weak nuclear force coupling constant were slightly larger then there would be fewer neutrons, as they would decay more rapidly. Without adequate amounts of helium none of the heavy elements necessary for life would form in the nuclear reactions of stars. If the force were smaller there would be so great an abundance of heavy elements that life would not form either.
Additionally, if the force were larger or smaller then neutrinos could not blow the heavy elements located at the core of a supernova out into the solar system. Once again, this would inhibit the development of life.
4. The electromagnetic coupling constant binds electrons to protons in atoms, if smaller electrons would not be held in orbit around the nuclei of atoms, if larger electrons could not be shared between other atoms. Either way, any type of molecule would be impossible. Try to imagine life without molecules.
5. The ratio between the masses of an electron and proton is 1:1836. If slightly different molecules, again, would not form.
6. If the expansion rate of the universe were slightly less by one part in a million million then the whole universe would have collapsed back onto itself just after the Big Bang. If larger by one part in a million stars would not have formed.
7. If the centrifugal force did not perfectly balance the force of gravity then solar systems and galaxies would not form.
8. If the resonance level of the Carbon 12 nucleus were slightly lower carbon would not form. Slightly higher level would instantly destroy it. Carbon, Oxygen, Nitrogen and the other heavy elements required for life need this.
9. If the entropy level of the universe was slightly larger or smaller then stars would not form.
10. The mass of the universe (mass + energy, since E = mc2) determines the nuclear burning after the big bang. If slightly more massive, too much deuterium (hydrogen atoms containing both a proton and a neutron in the nucleus) would form after the big bang. Deuterium is the catalyst for the ignition of stars. Extra deuterium would cause stars to burn too rapidly to sustain life on any planet. If the mass of the universe were slightly smaller, helium would not be generated at all during the aftermath of the big bang. As in number 3, without helium, stars cannot produce the heavy elements necessary for life. Here is the reason for why the universe is as big as it is. If it were any smaller (or larger), no life would be possible.
Here are just eleven out of many such cosmic coincidences. There are no natural laws that require the universe to be this way, apparently it is just a freak occurrence. The chances involved for just one of these constants to occur is astronomical. Take, for example, the smoothness of the universe. If it were more smooth then stars and galaxies (and subsequently life) would not have formed, if less smooth then only super massive black holes would have formed (no life there either). Roger Penrose, the famous scientist who developed the Singularity Theorem with Stephen Hawking, calculated the chances of the smoothness of the universe being that needed to sustain life as 1 in 10 to the 10 to the 123rd power. Just to give you a little insight into this number; it is a bigger number than the number of particles in the universe (by particles I dont just mean atoms, or even protons, I mean quarks!).
Sir Fred Hoyle, the British astrophysicist, was forced to concede that A common sense interpretation of the facts suggests that a superintellect has monkeyed with physics, as well as with chemistry and biology, and that there are no blind forces worth speaking about in nature. The numbers one calculates from the facts seem to me so overwhelming as to put this question almost beyond question.
Stephen Hawking, a staunch anti-atheist, said, The laws of science, as we know them at present, contain many fundamental numbers, like the size of the electric charge of the electron and the ratio of the masses of the proton and electron . The remarkable fact is that the values of these numbers seem to have been finely adjusted to make possible the development of life.
Arno Penzias, co-discoverer of the microwave background radiation and 1978 Nobel prize recipient said, The best data we have [concerning the Big Bang] are exactly what I would have predicted, had I nothing to go on but the five books of Moses, the Psalms, the Bible as a whole.
The purpose of this posting is to demonstrate the unscientific nature of atheistic belief. Although I am a Christian I am not primarily attempting in this thread to demonstrate how Christianity is true, I am merely (and I use that word with caution) trying to show how the observation of various empirical facts has in recent years destroyed the scientific base of atheism. I hope to show that the discovery of these facts has changed atheism from a worldview based on fact to one bereft of factual foundation.
About one hundred years ago scientists began to unravel a number of cosmological coincidences, named cosmological constants. These constants were named so because it was immediately apparent that while they were all independent of each other, each one is absolutely necessary for life. Martin Rees, a colleague of Stephen Hawkings at Cambridge, noted, The possibility of life as we know it depends on the values of a few basic, physical constants and is in some respects remarkably sensitive to their numerical values. Nature does exhibit some remarkable coincidences. The effect of these constants, coupled with the onset of comprehensive physical theories about the universe, has been the death knell of sophisticated scientific atheism.
The physical theory with the most import to this discussion is Einsteins theory of General Relativity. GR demonstrated that the universe must have had a beginning. Initially, when he developed GR, Einstein incorporated an artificial fudge factor into his equation to negate this overt demand for a beginning of the universe. He later called this the greatest single mistake of [his] career. So, GR dictates that the universe must have some independent cause, some Prime Mover - for we know that nothing can be causa sui (self-caused dont confuse this with something being uncaused). This is the unavoidable conclusion we must draw if we are to accept GR, the most comprehensive and empirically demonstrable physical theory of our day. For this reason very few physical scientists are atheists.
So what does all this mean? It means that to the best of our scientific knowledge the universe was begun by something other than itself in an enormous, and finely tuned, Big Bang. The constants at play in the universe are each highly unlikely and highly specific. Together they form what is known as the Anthropic Principle. Below I list a number of these constants without which life would be impossible.
1. The gravitational coupling constant. If slightly unbalanced, each star formed would be at least 1.4 times the size of the Sun. Such large stars are required to form heavier elements such as iron and beryllium (used in solar system formation) but, a large star burns too quickly and unevenly to sustain life. A star the size of our own is needed to make those conditions right.
If the force were just a little weaker then stars would be too small and would never form the heavier elements essential for life and planetary systems.
2. If the strong nuclear force coupling constant that binds particles in the nucleus together were slightly weaker then more than one proton would not hold together in the nucleus and hydrogen would be the only element in the universe.
If stronger then Hydrogen would be too rare in the universe and also a number of very heavy elements would not be present in large enough quantities to support life.
3. The weak nuclear force coupling constant and leptons. Leptons form the elementary particles like neutrinos, electrons and photons that have no place in strong nuclear reactions. A weak nuclear force interaction effect is beta decay radiation. ( neutron  proton + electron + neutrino)
The amount of Helium produced in the first few minutes of the Big Bang is determined by the availability of Neutrons. If the weak nuclear force coupling constant were slightly larger then there would be fewer neutrons, as they would decay more rapidly. Without adequate amounts of helium none of the heavy elements necessary for life would form in the nuclear reactions of stars. If the force were smaller there would be so great an abundance of heavy elements that life would not form either.
Additionally, if the force were larger or smaller then neutrinos could not blow the heavy elements located at the core of a supernova out into the solar system. Once again, this would inhibit the development of life.
4. The electromagnetic coupling constant binds electrons to protons in atoms, if smaller electrons would not be held in orbit around the nuclei of atoms, if larger electrons could not be shared between other atoms. Either way, any type of molecule would be impossible. Try to imagine life without molecules.
5. The ratio between the masses of an electron and proton is 1:1836. If slightly different molecules, again, would not form.
6. If the expansion rate of the universe were slightly less by one part in a million million then the whole universe would have collapsed back onto itself just after the Big Bang. If larger by one part in a million stars would not have formed.
7. If the centrifugal force did not perfectly balance the force of gravity then solar systems and galaxies would not form.
8. If the resonance level of the Carbon 12 nucleus were slightly lower carbon would not form. Slightly higher level would instantly destroy it. Carbon, Oxygen, Nitrogen and the other heavy elements required for life need this.
9. If the entropy level of the universe was slightly larger or smaller then stars would not form.
10. The mass of the universe (mass + energy, since E = mc2) determines the nuclear burning after the big bang. If slightly more massive, too much deuterium (hydrogen atoms containing both a proton and a neutron in the nucleus) would form after the big bang. Deuterium is the catalyst for the ignition of stars. Extra deuterium would cause stars to burn too rapidly to sustain life on any planet. If the mass of the universe were slightly smaller, helium would not be generated at all during the aftermath of the big bang. As in number 3, without helium, stars cannot produce the heavy elements necessary for life. Here is the reason for why the universe is as big as it is. If it were any smaller (or larger), no life would be possible.
Here are just eleven out of many such cosmic coincidences. There are no natural laws that require the universe to be this way, apparently it is just a freak occurrence. The chances involved for just one of these constants to occur is astronomical. Take, for example, the smoothness of the universe. If it were more smooth then stars and galaxies (and subsequently life) would not have formed, if less smooth then only super massive black holes would have formed (no life there either). Roger Penrose, the famous scientist who developed the Singularity Theorem with Stephen Hawking, calculated the chances of the smoothness of the universe being that needed to sustain life as 1 in 10 to the 10 to the 123rd power. Just to give you a little insight into this number; it is a bigger number than the number of particles in the universe (by particles I dont just mean atoms, or even protons, I mean quarks!).
Sir Fred Hoyle, the British astrophysicist, was forced to concede that A common sense interpretation of the facts suggests that a superintellect has monkeyed with physics, as well as with chemistry and biology, and that there are no blind forces worth speaking about in nature. The numbers one calculates from the facts seem to me so overwhelming as to put this question almost beyond question.
Stephen Hawking, a staunch anti-atheist, said, The laws of science, as we know them at present, contain many fundamental numbers, like the size of the electric charge of the electron and the ratio of the masses of the proton and electron . The remarkable fact is that the values of these numbers seem to have been finely adjusted to make possible the development of life.
Arno Penzias, co-discoverer of the microwave background radiation and 1978 Nobel prize recipient said, The best data we have [concerning the Big Bang] are exactly what I would have predicted, had I nothing to go on but the five books of Moses, the Psalms, the Bible as a whole.