Actually, water “is a supernatural liquid with 74 unique physical/chemical properties,” according to the eminent Brazilian chemist, Dr. Marcos Eberlin, during a video interview published by the Discovery Institute’s Center for Science and Culture.
“You look at this and you say ‘there is no color, there is no flavor, there is no smell,’ so you tend to believe it’s common liquid, but it’s not,” Eberlin declares. “It has 74 unique properties, some weird properties actually.”
Imagine that your life depends upon your finding one particular molecule among all the molecules that make up our galaxy, the Milky Way? Oh, and you are blindfolded. What are the odds?
Well, according to molecular biologist Douglas Axe, who did the calculations, your odds of choosing the right molecule out of all the molecules that make up the Milky Way are actually better than the odds of random genetic changes to produce something new, even something as modest as a new protein function?
Axe, who received his PhD from CalTech in chemical engineering, puts it this way: “We ask how rare or how common functional proteins are within the space of possibilities. Doing experiments and calculations, we found that they are exceedingly rare, like one in 10 to the 74th power rare.”
Ever hear of the “Puddle Argument”? That’s the idea that if there is a puddle in the sidewalk, that just indicates that circumstances developed in the concrete in such a manner that it allowed rain water to accumulate.
This could be a little difficult for some folks (me included) to wrap your mind around but imagine that your next Apple iPhone or Samsung Galaxy assembled itself, with no human or robot hands involved in the final process.
No, that’s not science fiction speculation, but real-world technological progress. Super intelligent people at places like MIT’s Self-Assembly Lab are already working on turning the concept into reality and have come up with a pilot process, according to a smart guy who should know.
I don’t know about you, but I find that prospect absolutely fascinating because, if a self-assembly process is possible for a smartphone, the same cannot be far behind for … cars, computers, power plants, who knows what the limits might be or if there even are any limits.
Sometimes the biggest variances result from the smallest details, even life or death, creation or destruction
You’ve probably heard somebody dismissively say something along the lines of “that doesn’t make a dime’s worth of difference to anybody or anything.”
And after all, a dime is worth only 10 cents. Or is it?
What if the weight of one single dime (created from nothing) was added to the universe? Guess what, it’s so finely adjusted to sustain life on this planet (and, who knows, maybe others as well) that such a dime would … what?
It would literally make all the difference in the world for you and I. Astrophysicist Dr. Hugh Ross explains why:
Biochemist Michael Behe introduced the concept of “irreducible complexity” with his 1996 book, “Darwin’s Black Box,” which made the case for the idea that there exists at the cellular level “a single system composed of several well-matched, interacting parts that contribute to the basic function, wherein the removal of any one of the parts causes the system to effectively cease functioning.”
To put it more simply, irreducible complexity means there are things like the Flagellum motor that consists of multiple parts that must all come together simultaneously if it is to perform its intended function. Assemble it sequentially and it doesn’t work. Yes, that’s an argument for intelligent design.
Before you close your mind and move on, you might want to take a little more than three minutes to watch this amazing video from the aptly named Discovery Institute.