Path of Insight

Higher states of consciousness on the Buddhist Path of Insight... 

Figure 17-4. Higher states of consciousness on the Buddhist Path of Insight (back to text) ...

In terms of career positions, data in Table 4.5 provide some insight into the career paths of interviewees who have held two or more jobs. Of the two chemists... 

The results discussed above have shown that time-resolved emission spectroscopy can provide detailed insight into vibronic deactivation paths of triplet substates, even when the zero-field splitting is one order of magnitude smaller than the obtainable spectral resolution (= 2 cm ). This is possible at low temperature (1.3 K), because the triplet sublevels emit independently. They are not in a thermal equilibrium due to the very small rates of spin-lattice relaxation between these substates. In the next section, we return to this interesting property by applying the complementary methods of ODMR and PMDR spectroscopy to the same set of triplet substates. 

In summary, one has a regular dynamics at the level of density operators (not differing much from the thermal state), whereas the dynam-ies at the level of pure states is stochastic. Averaging over all possible stochastic paths of pure states results in regular density-operator dynamics, To gain insight into single-molecule speetroscopy, for example, it is... 

ACCESS CONCENTRATION Previous attainment of access. Concentration on path of concentration BARE INSIGHT Achievement of ability to notice all phenomena of mind, to point where interfering thoughts do not seriously disturb practice. 

When gaining this initial perspective over the fundamental laws that govern the universe s operation one is tempted by these Shaktis to disregard such laws and to misuse one s insight, abandoning the path of integrating the individual self into the Absolute. 

Fig. 2. Diagram of the optical path of the bilateral laser scanning confocal microscope (InSIGHT). Real-time confocal imaging is obtained through the use of a double-sided mirror which simultaneously scans the sample and the oculars or detector at video rates. BSO, beam shaping optics LM, laser mirror D, dichroic M4, mirrors SM, scanning mirror G, galvonometer L1-L3 lenses S, variable slit.

MD simulations of ionophore/channel molecules intercalated into a lipid bilayer would require a large number of lipid molecules to ensure that the ionophore/channel molecule does not interact with its periodic images. Still, comparisons between boundary and bulk lipids may have to be done from independent simulations to get an accurate view of how these molecules affea bilayer dynamics. Typical channels like gramicidin show ion transport times of —10 s, which is a time scale that is presently unattainable in typical MD simulations. However, one can obtain insights into the molecular aspects of the energy barriers involved in the translocation of small molecules and ions from PMF calculations, particularly when there is no ambiguity about the path of the solute movement. Moreover, short time scale (10 s) simulations can... 

Section 8.2.3.1 outlined the three basic deformation paths of pentavalent complexes. In this section we shall describe how developments in methods of analysis have led to deeper insights into these distortion patterns. 

Unfortunately, even though (9.5) provides valuable insights into the dependence of X.BB on the gas concentration and molecular size, it is not convenient for the estimation of the mean free path of a pure gas, because one needs to know the diameter of the molecule ob, a rather ill-defined quantity as most molecules are not spherical. To make things even worse, the mean free path of a gas cannot be measured directly. However, the mean free path can be theoretically related to measurable gas microscopic properties, such as viscosity, thermal conductivity, or molecular diffusivity. One therefore can use measurements of the above gas properties to estimate theoretically the gas mean free path. For example, the mean free path of a pure gas can be related to the gas viscosity using the kinetic theory of gases... 

The lack of a clear image in quantum molecular dynamics has been a handicap for most researchers. This is in comparison to classical molecular dynamics which is strongly linked to the notion of a trajectory, a causal path leading from reactants to products. Imaging the flow of a trajectory constitutes one of the main sources of insight on classical molecular dynamics. 

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