Eldartford:
...Hypothesis is tested by examination of data from tests that ought to be affected by the hypothesis. If most of data corresponds with what would be predicted by the hypothesis, it becomes a Theory.
The intention of the following statement is to promote the evolution of a point.
Many months ago you were constructing a power cable. We had a brief discussion about its design.
I suggested with an admitted lack of sensitivity: Thats not the way it works. Do you remember? Now you state: I consider power cord effects to be a hypothesis. When one has *NO* research to back up a design what other conclusion could you have? Before constructing your cable did you know or have an insight into the importance of:
1. Resonance signature of the conductors, both as a single filament and as a bundle?
2. Did you know the resonant characteristics of the dielectric used and its effect on the conductor bundle?
3. Did you know how this package would interface with the characteristics of the connectors used?
4. Did you know the field interaction between conductors or filaments?
5. Did you understand the field relationship between the conductors that were in polarity opposition?
6. Did you understand how this construction was going to interact with the attaching power supply?
If you did not have this knowledge, then I agree you were truly constructing a hypothesis. For a cable to be an effective tool with dramatic performance it must be a theory based on results not something founded on belief.
...Hypothesis is tested by examination of data from tests that ought to be affected by the hypothesis. If most of data corresponds with what would be predicted by the hypothesis, it becomes a Theory.
The intention of the following statement is to promote the evolution of a point.
Many months ago you were constructing a power cable. We had a brief discussion about its design.
I suggested with an admitted lack of sensitivity: Thats not the way it works. Do you remember? Now you state: I consider power cord effects to be a hypothesis. When one has *NO* research to back up a design what other conclusion could you have? Before constructing your cable did you know or have an insight into the importance of:
1. Resonance signature of the conductors, both as a single filament and as a bundle?
2. Did you know the resonant characteristics of the dielectric used and its effect on the conductor bundle?
3. Did you know how this package would interface with the characteristics of the connectors used?
4. Did you know the field interaction between conductors or filaments?
5. Did you understand the field relationship between the conductors that were in polarity opposition?
6. Did you understand how this construction was going to interact with the attaching power supply?
If you did not have this knowledge, then I agree you were truly constructing a hypothesis. For a cable to be an effective tool with dramatic performance it must be a theory based on results not something founded on belief.