In a paper published in the open-access journal eLife, researchers say they have pinpointed the single mutation that allowed our ancient protozoa predecessors to evolve into complex, multi-cellular organisms. “Incredibly, in the world of evolutionary biology, all it took was one tiny tweak, one gene, and complex life as we know it was born.” As one biochemist at the University of Oregon exclaimed: “It was a shock. If you asked anyone on our team if they thought one mutation was going to be responsible for this, they would have said it doesn’t seem possible.” Why?

Lost in the revolving news cycles of the last few weeks was a finding that has rocked the scientific world.

But first, some background:

The theory of evolution calls for leaps and mutations to overcome massive unexplained gaps that almost scream for an intelligent Designer guiding and helping the process.

Just think about the time issue.

If the age of the Earth is about 4.6 billion years, and we have evidence of abundant and complex life 3.5 billion years ago, then that means that there were only about 170 million years for the Earth to cool from its initial formation and for all of evolution to have taken place. That simply isn’t enough time – by anyone’s calculations – for all of evolution to have taken place.

In fact, noted astronomer Sir Fred Hoyle has written that if you would compute the time required to get all 200,000 amino acids for one human cell to come together by chance, it would be about 293.5 times the estimated age of the Earth. It would be like having the working dynamics of an iPod, iPhone, iPad and Smart Watch all instantly created – by chance – through a single explosion in a computer warehouse.

It’s almost crazy to think about.

So if evolution is true, there is the need for some kind of outside, guiding, enhancing force to speed it along in the time frame of the age of the Earth.

But that’s not all.

You also need something to have instigated the jump from simplicity to complexity.

Think about something like the human eye.

According to evolutionary theory, it would have started with a simple, light-sensitive spot and then evolved to what we see with today. The problem is that when we finally got to the point where we were able to study life at the molecular level, we found it wasn’t simple. We found it was irreducibly complex.

Which means something, or Someone, had to create those first complex systems; in other words, that first, light-sensitive spot.

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