This
intuition can also come as insight from the spiritual world. In this case, you
get an idea that seems to come from nowhere. You get a solution to a problem
that just “comes” to you. It is not something you would have normally thought
of, and it is certainly not something you actively thought about.
Many
of my greatest insights have come from such intuition - in either form.
The
trial and error approach is also common for many scientists and creative
people. Picasso used the trial and error approach many times. You can see this
in his drawings. Einstein also used the trial and error approach, particularly as
he worked through mathematics to come to his final equations.
I
have used the trial and error approach myself a few times. This starts by
having a question to be solved, then I try different approaches which might provide
the solution.
Sometimes
this works. Some ideas prove correct, or partially correct. And sometimes the
ideas show some problems down the road as I work with the idea. However, I have
found that often I will start with a trial and error approach, set it aside, and
then let the sub-routine in my brain work on it for a time. Then if I find a
solution it will be a type of intuition.
Then
there comes the Theory. The “theory” is the science behind the solution. It is
the scientific explanation for what works.
It
was intuition or trial and error that got you to the right answer. But why does
this work? Is concept based on your intuition accurate science, or is it just a useful approach but not really
accurate. What is the equation saying on a physical level? How does the new
model work with previously known laws of science? These and related questions
are answered by the “theory”.
Note
that the theory behind the intuition may come soon after, or decades later. The
theory may be developed by the same person who found the solution intuitively,
or by someone else entirely.
Like
Einstein, I can find solutions based on intuition or the “heuristic” approach.
Yet also like Einstein, I desire a scientific theory behind the solution.
Specifically,
I like to know that what I came up with intuitively actually works. I like to
know that my new model is accurate. I like to know that the process I describe
is accurate. In order to do this, I need detailed science to back me up.
Therefore,
with most of my new models, concepts, process and related insights, I back
these items up with science. I try to provide science behind the intuition as
much as possible. In other words, I try to come up with a full “theory”, a
detailed scientific explanation, for all of my ideas.
Readers
and fellow scientists can judge the theories and models based on their own
merits. However, to get to that point, much of the initial ideas were based on
intuition, some based on trial and error, and then I spent a lot of time trying
to support those ideas with accurate science.
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