Heres something for you Steve that kind of relates to what you said.
It has been estimated that the complexity of planet Earth can be quantified with 160 exponential bits of information. Now, that doesnt seem like much information to represent a whole planet but consider the following. 32 exponential bits of information (EBI), which was the most my calculator could handle, works out to this: 263,130,836,933,693,530,167,218,012,160,000,000. Thats 263 decillion, 130 nonillion, 836 octillion, 933 septillion, 693 sextillion, 530 quintillion, 167 quadrillion, 218 trillion, 12 billion, 160 million bits of information. Thats a lot of information in just 32 EBI, so dont scoff at 160.
In order to go from 32 EBI to 160, I would have to multiply that big number above by 33. Then I would have to multiply the result of that by 34, over and over up to 160 EBI.
The complexity of the solar system is represented by 170 EBI. Bear in mind that the difference between 160 EBI and 170 is huge. Now, dont get confused about what Im saying. Were talking about the quantified representation of complexity.
The complexity of the universe can be quantified by 235 exponential bits of information. To get to 235 EBI, I would have to take the number above (More than 263 decillion) and multiply it by 33, then the result of that by 34 and so on up to 235. 235 EBI is a really crazy big number, nearly unimaginable.
Do you know how many exponential bits of information it would take to quantify the complexity of the simplest living material, the proteus molecule, an organism so basic that it has to borrow RNA from others just to reproduce? 1,500 EBI. Universe 235, proteus molecule 1,500.
How about a single cell E-coli, a mere bacteria? It would take 7,000,000 exponential bits of information to express it, to quantify its complexity. Go back and look at 32 EBI again. Big number. Then check out the universe at 235. Unimaginable number, we dont even have a name for a number that big. Now check out life, 7 million EBI.
Are you ready for a single human cell? I doubt it. 20,000,000,000 EBI. One single human cell would require 20 billion exponential bits of information to express. There isnt enough complexity in the whole universe to quantify or express a single human cell.
It isnt even close. Its the difference between 235 EBI and 20 billion.
Ill let that settle in while we talk about odds. If I had three blocks, numbered 1 2 3, and put them in a box and then drew them out one at a time, I could generate 6 different combinations (123, 231, 312, 132, 213). According to the law of averages, I could count on drawing the blocks in numerical order an average of 1 in 6 tries.
If I add blocks 4 and 5, I now have 120 possible combinations (1x2x3x4x5=120) and can expect to draw them out in numerical order an average of 1 in 120 tries. If I add blocks 6 through 10. My number of possible combinations has just jumped to 3,500,000 and if I draw the blocks out that many times, I can expect to do so in numerical order once in 3.5 million tries.
If I continued to play this game with only ten blocks and, if I could do it day and night, drawing all ten blocks out every 15 seconds, I could expect to draw them out in numerical order an average of once every 18 months.
If I add blocks 11 through 20 the number of possible combinations has leapt to 1,001,783,179,837,440,00. 20 blocks, over a quintillion different combinations. I could expect to draw the 20 blocks out in numerical order once in more than a quintillion tries. If I could draw all 20 blocks out in a single second, day and night, I would draw them in numerical order an average of once in 77 million years. Thats just 20 blocks.
Do you know how many blocks are in a protein molecule? There are about 2,000 atoms in a protein molecule. I could expect to draw that many blocks out in numerical order an average of 1 in 10 to the 231st power. Thats 10 with 230 zeros after it. I have no idea how long that would take me to do. Next time someone tells you that life sprang by chance from nothing, tell them to do the math