Man is a creature of habit. If he did not have habits, he would need to spend a lot of time consciously thinking about what he has to do. He would have to evaluate every thought before he spoke of it and before he acted upon it. He would have to evaluate every course of action before committing himself to it. Life would be tedious. But a habit, an automatic response to a thought, saves much time and mental effort ; it is productive of swift action and the satisfaction that goes with it.
It is perhaps small wonder that the most successful people tend to be more bound to their habits than the less successful. Men and women who act with the minimum of thinking are the ‘achievers’ in this world, and they are rewarded accordingly. Those less given to habits are the ‘philosophical’ types ; interesting people, but not noted for making their mark in the world of action – the world of trade and industry.
Scientists, too, tend to be creatures of habit. Once a method or a theorem has been accepted, it takes hold of the scientist’s thoughts and becomes difficult to change. Not impossible, but difficult. A method or a theorem is difficult to change because it is productive ; it is productive of further research and is productive of new technology. In other words, it is productive of wealth and so is a powerful motivator.
But there are some risks attached to scientific habits. Perhaps the most obvious risk is that they lead to a canalising of research ; the easier lines of investigation are chosen at the expense of the more difficult. And these lines lead on to other lines. And as long as these particular lines of research are productive of quick material gains, they are pursued ; science is literally paying for itself. But only superstition can presume that the easier investigations will lead to greater truths.
But there is a more sinister risk. The present scientific method was first applied to astronomy and then developed to aid physics. It was developed and refined to study the inanimate world ; the world which was properly regarded as a mechanism ; i.e., a world where motion is key, and the motion determined by forces external to the body being moved. All this makes sense in physics.
The method was so successful that scientists then applied it to living things. Living things were thus classified as machines, which ‘worked’ entirely by forces acting upon them. So productive was this method of study that many inventions were made to improve the performance of the living machines. Gradually, almost without anyone noticing, the habit of thinking of living things as machines grew in man’s mind.
The habit grew until many of those of a scientific persuasion came to believe that living things were nothing but machines. It is now taken for granted by many scientists that man himself is just a machine.
I wonder how many of those scientists have set their habit aside for a while to consider the consequences of it? What is the future for humanity if we are simply machines, whose every thought and every word and every action is the result of the blind forces of nature acting our bodies?
Where now is the concept of Truth? of Justice? How are people to be held accountable for their actions? On what grounds may one praise a useful machine?
What credit or criticism may one give to somebody’s opinion, if that opinion is nothing more than the result of impersonal natural forces acting on his or her body?
Jamie
It’s good to find you on one of my pet loves [or hates maybe] and is it not a good thing that we are to a large extent creatures of habit?
Just think of the mess we will create if we try to tinker with everything. I often think that the ape species would have run the world much better than we are doing. The ape and many other “minor” species [in our lofty view of mankind] know beauty without analyzing it. Think of the many examples of the perfect life they have [the ant and the grasshopper, is but one telling tale]; think of the orderly way they accept and go about their allotted time on earth.
I am getting to the stage where I have as much faith in modern science as in politicians, and you know how little that is.
Man did not invent beauty or the functionality of a tree. He only studied what was already there and perhaps the Great Book tried to tell us how to do things when it was writ “go and learn from the ants” but alas.
Go well.
Hello Ike,
I like your examples of the grasshopper and the ant. My favourite is the honey bee ; such a perfect little bundle of habits, it hardly knows how to make a mistake. Every honeycomb cell it makes is faultless and neatly filled without waste ; no mistakes. But, of course, the bee cannot do anything except exercise its habits ; it learns little else in its lifetime.
On the othe hand, man is always making mistakes – about 12% of all we do is a mistake! And this, some say, accounts for our inventiveness – we learn better ways of doing things from our mistakes.
I hope all’s well with you.