ay life on earth probably started here rather than elsewhere. Besides, as we have seen, all 24 chemical molecules found in living organisms are natural elements native to earth. Therefore, it is not necessary to look beyond this planet for life's origins.

Even if the "spores fr

Life's origin is a riddle for which naturalism has no answer. For this very reason many have rejected the naturalistic explanation. Those who remain in the naturalist camp usually say one of two things. Some tell us life came from outer space. Others say, it didn't.

Spores or microspores have been found on meteorites, and a few claim these spores are circling around other planets. It is impossible to prove or disprove their theory. Perhaps the meteorites simply picked these spores up when they entered earth's atmosphere.

That brings up the question: If spores are really out there drifting around in space, how did they ever escape their home planet's gravitation field?

Remember, naturalists claim atoms combined by chance to produce life. Without gravity, the chance of any atoms uniting is about nil. And if the spores ever did somehow make it to space, they would be subjected to radiation, severe heat, and cold. Can they survive all of that? If so, when spores are sucked into earth's atmosphere, what is to prevent them from burning up on entry?

Due to these inherent difficulties, most scientists say life on earth probably started here rather than elsewhere. Besides, as we have seen, all 24 chemical molecules found in living organisms are natural elements native to earth. Therefore, it is not necessary to look beyond this planet for life's origins.

Even if the "spores fr

icrospores have been found on meteorites, and a few claim these spores are circling around other planets. It is impossible to prove or disprove their theory. Perhaps the meteorites simply picked these spores up when they entered earth's atmosphere.

That brings up the question: If spores are really out there drifting around in space, how did they ever escape their home planet's gravitation field?

Remember, naturalists claim atoms combined by chance to produce life. Without gravity, the chance of any atoms uniting is about nil. And if the spores ever did somehow make it to space, they would be subjected to radiation, severe heat, and cold. Can they survive all of that? If so, when spores are sucked into earth's atmosphere, what is to prevent them from burning up on entry?

Due to these inherent difficulties, most scientists say life on earth probably started here rather than elsewhere. Besides, as we have seen, all 24 chemical molecules found in living organisms are natural elements native to earth. Therefore, it is not necessary to look beyond this planet for life's origins.

Even if the "spores fr

If spores are really out there drifting around in space, how did they ever escape their home planet's gravitation field?

Remember, naturalists claim atoms combined by chance to produce life. Without gravity, the chance of any atoms uniting is about nil. And if the spores ever did somehow make it to space, they would be subjected to radiation, severe heat, and cold. Can they survive all of that? If so, when spores are sucked into earth's atmosphere, what is to prevent them from burning up on entry?

Due to these inherent difficulties, most scientists say life on earth probably started here rather than elsewhere. Besides, as we have seen, all 24 chemical molecules found in living organisms are natural elements native to earth. Therefore, it is not necessary to look beyond this planet for life's origins.

Even if the "spores fr

id somehow make it to space, they would be subjected to radiation, severe heat, and cold. Can they survive all of that? If so, when spores are sucked into earth's atmosphere, what is to prevent them from burning up on entry?

Due to these inherent difficulties, most scientists say life on earth probably started here rather than elsewhere. Besides, as we have seen, all 24 chemical molecules found in living organisms are natural elements native to earth. Therefore, it is not necessary to look beyond this planet for life's origins.

Even if the "spores fr

ay life on earth probably started here rather than elsewhere. Besides, as we have seen, all 24 chemical molecules found in living organisms are natural elements native to earth. Therefore, it is not necessary to look beyond this planet for life's origins.

Even if the "spores from space" idea were true, it would not solve anything. Panspermia, as the theory is called, merely pushes the mysterious beginnings of life back to another place, another world. If you have enough imagination, you can envision spores drifting serenely along from one planet to another populating the solar system.

But why stop there? By quirk, let's say a few enterprising spores made their way from one end of the universe to the other. Still, they had to start somewhere. Somewhere in this universe those spores had a sphere they could call home. There, they had their origins. There, they were either accidents or they were designed. It had to be one or the other.

The majority of naturalists agree that Panspermia is improvable and irrelevant. Then how do they account for the origin of life? Plain and simple, they don't. Eventually, they believe some additional bit of information will come down the pike. And it will show how life might have made its way by natural means. Some future investigation or experiment will exonerate their faith in naturalism.

A couple of things need to be said here. First, no inves