The Persistence of Problems
Many
problems seem to persist, despite our best efforts to solve them – assuming
only the tools provided by critical thinking. Some problems are just too hard. We’ll
see some problems are solved and solved again, each time with unsatisfactory
outcomes. Still others are shrouded in complexity, vagueness, and wickedness. Let’s
consider the root origins of these problems in ten steps.
1.
We
don’t have the tools (yet) to solve them, intellectual, theoretical, or
instrumental. Example. Origin of the universe.
2.
We
don’t know what the real problem is. Example. Explaining matter - from
antiquity to wave-particle duality. Disease.
3.
We
make a solution. It catches on. It becomes the solution until it fails.
Then we begin again. New failure. Begin anew, and on and on. Example.
Explaining planetary motion took several tries. Pedagogy. Fads!
4.
We
assume what the solution should be and persist in using it even though it
fails. Example. Education. Government.
5.
Special
types of problems, called wicked*, are so rich in variables
and options, that there is no unique solution in almost every sense. What is
contrived is a collection of answers, incomplete and inadequate, and with no
consensus but eventual acceptance. Example. Massive construction/organizational
projects.
6.
Politicians
intervene in the process, corrupting it, and leading to incorrect solutions.
Example. Medicine. War. Energy.
7.
Some
problems are too difficult for the human mind. Often they are indecomposible,
as in breaking them into smaller, tractable pieces. We try to solve them but
fail because we do not and cannot understand them. (Noem Chomsky called them
mysteries.) Example. Consciousness. War and peace. Life.
8.
Some
problems are expressed in vague terms with only vague guidance to help solve
them. Example. Anything involved with “truth.” The law. Philosophy.
9.
A
malaise of pessimism, individual or collective, provides boundaries or
limitations to thought, making the problems at hand more difficult, if not
impossible. Example. Epidemics. War. Happiness.
10.
The
solution is unknowable – no matter how smart you are. Or it is undecidable,
meaning it may be true or false but there is no possible proof of either. Sciences
are a collection of theories where some unknowable problems gradually become known.
Example. Undecidability. Such are found in Computer Science and Mathematics.
God.
All of these points are
historical, and anyone from any century may think similarly about them. One
idea is that the reason humans evolved to have faith and beliefs was to help confront
these problem types. Going a step further we suggest problem-solving was a
driver for evolution, then and even now. Another fundamental question is
whether Artificial Intelligence (AI) can help. The notions of analytical and
original thought by and from AI come into play.
*The term “wicked” is well-studied
and known within the literature. Roughly, the definition of a wicked problem follows
(from Wikipedia and other sources).
- There is no
definitive formulation of a wicked problem.
- Wicked
problems have no
stopping
rule. That is there is no rule for stopping to solve.
- Solutions to
wicked problems are not true-or-false, but better or worse.
- There is no
immediate and no ultimate test of a solution to a wicked problem.
- Every
solution to a wicked problem is a "one-shot operation"; because
there is no opportunity to learn by trial and error, every attempt counts
significantly.
- Wicked
problems do not have an enumerable (or an exhaustively describable) set of
potential solutions, nor is there a well-described set of permissible
operations that may be incorporated into the plan.
- Every wicked
problem is essentially unique.
- Every wicked
problem can be considered to be a symptom of another problem.
- The
existence of a discrepancy representing a wicked problem can be explained
in numerous ways. The choice of explanation determines the nature of the
problem's resolution.
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