I guess you didn't read anything where you might be wrong as well. At least I can say these are all opinions and without any tests there's no way to really tell. I can say that after reading what several experts on both sides of the aisle have written, I have no idea, and you really don't either. So until then, all we have are opinions, and you know what's said about opinions. At least I presented some form of proof that would lead an intelligent person to at least think it's possible for forging to make a knife better through the manipulation of the grain flow. If that's debunked through actual research, then great, we'll know forging is just an artistic endeavor for those who refuse to get with the times and for those who don't want to waste any steel whatsoever. Until then, you have to admit it's a possibility, and its a strong possibility at that.
Notice how there's not one person willing to say they think stock removal will produce a knife that will undeniably be better than a good forged piece? Everyone keeps saying stock removal is "just as good" or that there "will be no appreciable gain" by forging. There are people in the knife industry, among other industries, who say that it's at least possible for a piece of steel forged to shape will be better than one that wasn't, if the smith doesn't screw it up in the process.
It could just as easily be argued the opposite way, the only time knives should be ground to shape instead if forged to shape is if the steel is made via CPM or equivalent or is an extremely, super, high tech space age ultra clean steel that has absolutely no risk of inclusions and has no risk of chemical segregation, ie, only for those steels too hard to forge or too clean and homogeneous to waste time forging.