This experiment tests transport issues resulting from nonlinear space-charge effects and collective modes, beam centroid alignment and beam steering, matching, image charges, halo, electron cloud effects, and longitudinal bunch control.
The application of residual dipolar couplings (RDCs) in studies of RNA structure and dynamics can be complicated by the presence of couplings between collective helix motions and overall alignment and by the inability to modulate overall alignment of the molecule by changing the ordering medium.
The two other sub-processes of this self-organised collective movement – collision avoidance and alignment – are excluded or held constant respectively in this study.
Again, a strong Sponsor would be able to support a decision that is in alignment for the collective parties involved.
The power of alignment for achieving collective action (Labovitz and Rosansky 1997) is especially important in contexts with significant uncertainty.
For many partners, it would seem that there would be a low sense of affiliation with the company or with their peers, and perhaps a low sense of alignment with a collective goal possessed by either of these entities.
Specifically: more cost-efficient monitoring; better collective decision making; transparency and alignment; and enhanced accountability.
In a multi-level setting, SNMs change the effective game being played between particles, moving particle and collective fitness interests into greater alignment.
Here, we show for a 27-nt TAR RNA construct that variable levels of helix elongation can be used to alter both overall alignment and couplings to collective helix motions in a semi-predictable manner.
But if we think of that same process in terms of (1) selection and (2) heritability at both levels, we can now see that, for particles, the alignment of fitness interests within collectives is also the reduction of fitness variance within collectives (and hence any character-fitness covariance) and thus the negation of condition 1 for particles.
