How It Works

One does not need to understand neurophysics in order to think. At the very foundation of our being we understand the basic priciples of Flucidity. It is because we have this inherent understanding of how everything works that we are able to do something without knowing the complexities of how we do it.

But how do we bring this process into our awareness and begin to make conscious use of it?

Flucidity works simply by representing something, providing a set of specific rules and guidelines around it, and allowing it to interact with other things. That's all you have to worry about.

Flucidity is not a mechanism for science, although it could certainly be used for it. It is a powerful tool with endless practical, real-world applications. Flucidity can be used in any of three ways:

To create and structure experience

To predict and discover information

To change conditions

For now we will only go into the first use of Flucidity, to create and structure experience*. Let's start with some very basic examples...

Step 1: Representation

You could use literally anything to represent what it is you want. As long as you think there's some kind of resemblance between it and its representation, it will do. Of course, the more convinced you are that the representation is a good one the more effective the process will be. It is even better if that representation comes from within your own environment. Take a look at the following examples of representations:

An easy way to think of a representation for it is to make a list of some of the things you think about when you think about what it is you want. Then, from the list, circle those things or experiences which could be had now, even if in a small way.

In life, most people stop here without doing much else. They may do a little something that represents more or less what they want, but nothing ever really comes of it. They begin to lose faith in their dream because it does not materialize soon enough. What went wrong?

To make your representation come alive, continue on to steps 2, 3, and 4.

Step 2: Structure and Measurement

Once you have a representation, the next step is to create a structure around it. This means building some rules and guidelines around your representation. They don't need to be perfect. You could pull them out of thin air or think about them long and hard. It's up to you.

What does it mean to build structure? Think of the second step as creating some laws for your new representation. Two or three will do. You can add more if you feel you can stick to them.

(Note: Not all of your rules and guidelines have to make sense. As long as they are precise and you stick to them they will work fine.)

Step 3: Potential Energy

This is the easiest step, as it requires minimal planning and execution. Oftentimes the potential energy element you can use will be obvious.

Step 4: Interaction and Association

How do these disparate elements of the process come together? How are any of them related?

Again, by adding structure to our representation we attract potential energy and enable the right kind of interactions, from which new representations are born with bring us even closer to (or completely fulfill) our desire.

With the above process, success becomes much more likely because you are creating a logical map to what it is you desire from where you stand today. It may not look like much "on screen" but put into practice it is a very powerful, highly effective tool. The examples above do not begin to illustrate the possibilities that making a Flucidity model can achieve.

Flucidity isn't a way to circumvent natural processes. Quite to the contrary, it is a representation of the natural process expressed as simply as possible. It is an efficient, effective way to evolve a lot of something from a handful of nothing without wasting a lot of energy. Would the universe be any less efficient?

Notes

Use #2, "predicting and discovering information", is covered a bit more in the Advanced Flucidity section. Use #3, "changing conditions", will be explained in a future section.