Hm. I don't suppose you see where the problems are in your response here?
I'll point them out: First, apparently you don't have a measurement system as one of your recent posts seemed to suggest. You have a simulation method. Simulations are great when the simulation system works and they really suck when they don't. The thing is, if you don't then back up the sims with actual real world data, the sim might be helpful but you can't know that its accurate. Some simulators are pretty good these days, but I've seen them be a mile off.
One example I know of resulted in an ESL to be really hard to drive. Turned out the sim was nothing like the real world measurement- it was a country mile off. Once that was pointed out to the designer and corrected, the speaker became a whole lot easier to drive and better sounding at the same time.
In your case we have several problems. First, there is nothing to suggest that an amplifier has to operate at the speed of sound. I think any designer would agree that a good amp will treat all frequencies with the same speed. Most are much faster but none run at the speed of light. So you have to make a far more convincing argument; one that is backed up by some sort of physical law. The conclusion you jump to by simply declaring that amps have to be as slow as air is not logical- but I can see it appealing to those who don't have an engineering background.
The second problem is a physical measurement of the performance of your circuit is required. Without it no-one (including you) could say if it even works at all- right now the position you seem to be in is that you have an amplifier that sounds nice but to separate it from the competition you've come up with a panacea that no-one in the industry seems to have even heard of!
The problem with that scenario is that sooner or later you will run into someone that takes it personally when they see that there is an attempt to pull the wool over their eyes. Further telling them that they are just not up to 'speed' (if you will pardon the expression) is not actually the way to solve that problem; in fact its a recipe for making it worse.
What's hurting you right now is you don't have any means of proving that what you say is true. Its not enough to ask someone to trust you. Its further not enough to say that you've been working on it for however many decades (or that you found a bug with someone else's product; I can tell you from personal experience no-one cares). People often devote their lives to ideas that are mistaken. So I would encourage you to come up with a physical test that allows you to differentiate your amplifiers in the way that you say they are different. Put it in a box and then show how other amps to measure up.
I'll point them out: First, apparently you don't have a measurement system as one of your recent posts seemed to suggest. You have a simulation method. Simulations are great when the simulation system works and they really suck when they don't. The thing is, if you don't then back up the sims with actual real world data, the sim might be helpful but you can't know that its accurate. Some simulators are pretty good these days, but I've seen them be a mile off.
One example I know of resulted in an ESL to be really hard to drive. Turned out the sim was nothing like the real world measurement- it was a country mile off. Once that was pointed out to the designer and corrected, the speaker became a whole lot easier to drive and better sounding at the same time.
In your case we have several problems. First, there is nothing to suggest that an amplifier has to operate at the speed of sound. I think any designer would agree that a good amp will treat all frequencies with the same speed. Most are much faster but none run at the speed of light. So you have to make a far more convincing argument; one that is backed up by some sort of physical law. The conclusion you jump to by simply declaring that amps have to be as slow as air is not logical- but I can see it appealing to those who don't have an engineering background.
The second problem is a physical measurement of the performance of your circuit is required. Without it no-one (including you) could say if it even works at all- right now the position you seem to be in is that you have an amplifier that sounds nice but to separate it from the competition you've come up with a panacea that no-one in the industry seems to have even heard of!
The problem with that scenario is that sooner or later you will run into someone that takes it personally when they see that there is an attempt to pull the wool over their eyes. Further telling them that they are just not up to 'speed' (if you will pardon the expression) is not actually the way to solve that problem; in fact its a recipe for making it worse.
What's hurting you right now is you don't have any means of proving that what you say is true. Its not enough to ask someone to trust you. Its further not enough to say that you've been working on it for however many decades (or that you found a bug with someone else's product; I can tell you from personal experience no-one cares). People often devote their lives to ideas that are mistaken. So I would encourage you to come up with a physical test that allows you to differentiate your amplifiers in the way that you say they are different. Put it in a box and then show how other amps to measure up.