No. As demonstrated on several ultra-high-speed videos and as predicted by simple physics, the cue stick's speed drops to about 50% of its incoming speed when it hits the cue ball. It then speeds back up to about 80% of its initial speed as the hand -- which is not really involved during tip-to-ball contact -- continues to pull the stick ahead.
On a side note, with draw the cue stick slows down less (as expected for any off-center hit).
Yeah, yeah, I've read all the requisite stuff and have seen all the videos. Kinda hard to do a Google search about billiards physics without running into links to Dr. Dave's site.
I don't doubt any of it, really. I was just trying to bait Creedo into answering so I could launch into a diatribe about the role of the frictional forces in the hand. He was a smart mouse and refused to take the cheese, so.....
Jeez, you just never know when the physics police are watching you.
