Interesting points Lew. Wish I remembered more of what I was supposed to have learned in Physics, i.e. energy travel.
From what I understand from a discussion with Albert, his brass rod contacts the bottom of the bearing housing under the motor. How much energy is then transferred downward to the iron block sink, thus not upward through the spindle, platter, and record I have no idea. But it is easy to accept that this will have some positive effect.
Part of my lack of understanding is the assignment of a diode effect on energy travel to some isolation devices by a number of hobbyists. For example I think the effectiveness of "tip toe" style devices relies more on the concentration of mass than on transmitting energy in one direction but not the other. Like the old story that a 120 pound woman in high heels exerts more pressure per square inch than an elephant.
So for now it seems we are left to trial and error in our own systems.
From what I understand from a discussion with Albert, his brass rod contacts the bottom of the bearing housing under the motor. How much energy is then transferred downward to the iron block sink, thus not upward through the spindle, platter, and record I have no idea. But it is easy to accept that this will have some positive effect.
Part of my lack of understanding is the assignment of a diode effect on energy travel to some isolation devices by a number of hobbyists. For example I think the effectiveness of "tip toe" style devices relies more on the concentration of mass than on transmitting energy in one direction but not the other. Like the old story that a 120 pound woman in high heels exerts more pressure per square inch than an elephant.
So for now it seems we are left to trial and error in our own systems.