Finally getting her dialed in, guess I better mentally prepare for flowering. *slaps face* All week I kept bending further down, any stem that shot up past a point where it could reach the next square across in any direction that needed to be filled, nice and easy. Tweak tweak tweak all week. Break Apical dominance In botany, apical dominance is the phenomenon whereby the main, central stem of the plant is dominant over other side stems; on a branch the main stem of the branch is further dominant over its own side twigs. Resonance transfer occurs because the energy waveforms coming out of a vibrating substance have nearly identical waveforms. The phase relationships of a resonating system can be defined in terms of the angular separation that exists between adjacent molecules. The six molecules that form one hexagonal ring, when in resonance, will vibrate or broadcast its energy on a wave that has a particular frequency. The first molecule will vibrate influencing the second molecule; the second will affect the third, and so on. The time intervals between successive broadcasts will result in a phase delay which can be converted into a phase angle. Successive waves coming from an oscillating system have successive phase angles that equal the angular separation that exists between members of the system. The phase angle within the vibrating ring of water molecules is 60 degrees (360 divided by 6). If there were 7 molecules in the ring the phase angle would be 360/7 or 51.43 degrees. This is the principle phase angle of quartz. Most of the internal angles of water and quartz are either fractions of this angle or multiples of it. It is the interlattice resonance between the quartz microstate and the lyotropic mesophase that is the determining factor in the formation of the lyotropic mesophase in water. It is the reason that water can be structured by spinning it around a tuned quartz crystal. It does not require large amounts of energy to accomplish this. As an example of resonant transfer, one can imagine a series of dominoes being placed across the United States. from San Francisco to Washington. Each successive domino would be slightly larger and heavier than the previous piece. By the time we reached Washington, the final domino might be as large as the Washington monument. By applying a slight push to the first domino, less than one pennyweight, each domino would be knocked over until the final piece was toppled. Through the introduction of a very small energy to a system the result is the production of enough energy to knock over the final very large and heavy domino.