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The Extremely Fast Problem-Solving
Method
- Understand the problem.
Give what you want, and other parts of the problem a name by
creating proper notation (method
5). Fulfilling this step is essential before doing anything
else.
- If you have seen this type of
problem before, then implement the method you have learned to solve
problems of its class. For
example: using addition, subtraction, separation of variables to
solve a PDE, etc.
Otherwise:
- Quickly use defeasible reasoning
to analyze the implications of your immediately available resources
that would likely relate to finding a solution. (Use about 5 seconds to do this) Later if you find a
solution to your problem using implications (new resources) you
found in this step, then you will have to return to these resources
to prove them as correct and sound resources.
- Then work forwards using the
information from step 3 and from immediately available resources in
the problem. Working forwards
means that you consider what steps or unspecified goals you can
achieve by directly applying what you have to work with in the
problem. (Use about 5 seconds to do this)
- Work backwards
(sub-method 2d) taking
into account the immediately available resources from step 3 to try
and work backwards to a point found working forwards in step
4. (Use about 7-15
seconds)
- If more than about 20 seconds
passes after beginning to implement steps 4 or 5, then use
defeasible reasoning to check to see if your approach will likely
take a non-negligible amount of time to implement.
If your current strategy would
seemingly not be too time consuming for an extremely fast approach,
then continue your strategy until you either solve the problem, or
it becomes obvious that your current strategy would be too time
consuming or unpromising for a super fast problem-solving approach.
Otherwise:
- Consider how tedious and time
consuming it would be to break down some or many of the defining
parts of your problem into their defining parts. If it would
not be time consuming to break down some or many parts in your
problem that do not have an obvious way to use for solving the
problem, then break down those parts and begin this extremely fast
process from step (3) or step (1). You return to step 1 if you broke down what you want
because then you have to understand your problem with respect to
your new unknown. Otherwise if
breaking down the parts of the problem in question would require a
non-negligible amount of time or be too tedious, then:
- Implement the next somewhat more
time consuming but simple and “fast” method below.
However, you
should remember what was missing that prevented the previous steps
from successfully solving the problem. Do this in order to
remember and take advantage of anything new you discover during
your following approaches to solving the problem that could allow
this first approach to work. (You should
also do similarly when abandoning any approach.) Some kind of a reminder of what was needed to make your
earlier strategy work should automatically have a “neuron
marker”†† in your brain
that lights up when you opportunistically happen upon information
that would make that “marker” idea work.