Comp Cams recommendation evaluation

Well, when you consider the cam runs at half the crankshaft speed, then even a guy like you should be able to handle the maths for how many times the lifter or valve is cycled at 6000 RPM.. Or can you??

" the ability of an engine to do work is based on the "area under the curve". By increasing horsepower at lower rpm, the torque/horsepower curves are higher at lower rpm. The cumulative additional horsepower under the curve is now higher at lower rpm and increases the engine's ability to do work. "

Ha, where did you cut and paste that from LOL...Yeah I understand the concept. Most people are striving to increase the area under the curve, not reduce it. So there's another concept you don't understand even though you pasted it from somewhere else.
You may as well just go to a smaller cam that's better suited to your application. Would also be cheaper than the snake oil lifters.
I think I've wasted enough of my time on this and you. As I said, keep using those lifters, the advertising compels you too :).