The debate here on earth, goes on and on about when a human embryo is to be considered a life. Those who consider an abortion to be "killing" a life believe that life began at the moment of conception. Those in opposition say that there is no life there since the embryo has not yet developed. The pro-life and pro-abortion people are constantly at war over when life begins.
Space scientists have been very busy, probing Mars and other planets, looking for evidence of life. It is their belief that if they were to find a single cell of algae, microbe or even a bacteria, it would be considered a very significant discovery. It would be sufficient for them to call any alien organism or cell they can find - life. And yet, there so much controversy here on earth - about what constitutes life. Biologists, theologians and laymen will continue to debate this emotionally charged issue.
I say that all of these groups who are intent on arguing about when life begins might consider doing a study. Whether it is the people who are exploring the planets, or those who are engaged in the pro-life/pro-abortion controversy, I have a challenge for them.
Since the scientists consider a single cell to be life. I say that we should first be able to explain an existing simple, living single cell. Let's look at one familiar and very curious cell.
It is the single cell called a spirochete, the male reproductive cell. A powerful microscope will be needed because we're talking about a really tiny organism. Being a living cell, it is able to do all the things that any other living organism can do. It is born, it feeds, it does work, it is capable of locomotion, it eliminates waste, and it reproduces. All of that is going on in only a single cell! As Frank Sinatra would say, "That's Life!".
Those who are pondering the question of when exactly does a human life begin should look closely at this single cell. There is so much we don't know and so many questions that are hard to answer. This little cell has a tail that it uses to propel itself. Using its tail, it swims forward toward a destination. Where's it going? It has no map or compass, but somehow, it knows where to go. And it knows what to do!
I say that all of these groups who are intent on arguing about when life begins might consider doing a study. Whether it is the people who are exploring the planets, or those who are engaged in the pro-life/pro-abortion controversy, I have a challenge for them.
Since the scientists consider a single cell to be life. I say that we should first be able to explain an existing simple, living single cell. Let's look at one familiar and very curious cell.
It is the single cell called a spirochete, the male reproductive cell. A powerful microscope will be needed because we're talking about a really tiny organism. Being a living cell, it is able to do all the things that any other living organism can do. It is born, it feeds, it does work, it is capable of locomotion, it eliminates waste, and it reproduces. All of that is going on in only a single cell! As Frank Sinatra would say, "That's Life!".
Those who are pondering the question of when exactly does a human life begin should look closely at this single cell. There is so much we don't know and so many questions that are hard to answer. This little cell has a tail that it uses to propel itself. Using its tail, it swims forward toward a destination. Where's it going? It has no map or compass, but somehow, it knows where to go. And it knows what to do!
How does it know that? It doesn't appear to have a "brain", but it knows how to do a lot of "thinking" things. We are faced with lots of questions: How did it learn these things? Did it go to school? How does it know how to wiggle its tail just the right way for swimming? Did it's Dad teach it to swim? Where does it get the magical invisible force that powers it's tail? Is there a battery - a motor? Where's the brain that tells it what to do? Does it have a sense of touch to feel when it is bumping into stuff and then be able to turn away? How does it know when it has arrived at its destination? How did this little cell get so perfectly engineered?
Answers to these questions are difficult to answer. That leaves us with a lot of opinions and few facts. Maybe we can use a computer - a big one. Let's use IBM's "Watson", the world's largest and fastest computer. Given enough data, maybe then, we will be able to answer the question "what is life and when does it begin"? My guess is that even that most powerful computer will hold up, saying that it needs to have more data. So, if we can't even figure out one little cell, stop the fighting!!