Vacuum structure

The concept that quantization of gravity can be achieved if the gravitational held is introduced as a dynamic variable [28,29], is applied in the QMT [4] and in the SLRT [5]. Using the references to QMT and SLRT, spacetime can be divided into three generalized ranges with different vacuum structures ... 

The results of the analysis of the STC around a proton show that there is an energy distribution around a proton as a result of vacuum structure and presence of the mass in that vacuum. 

In the active-site simulations of lysozyme108 (this chapter, Sect. B.2 above) similar water networks that stabilize charged groups have been observed. To illustrate the dynamics of the formation of such networks, a sequence of stereo plots showing the formation and evolution of a stable pair of positively charged residues is displayed in Fig. 56. The pair consists of (NH2)+ moieties of Arg-61 and Arg-73. The solvated structure evolved from a conformation obtained in a vacuum simulation of lysozyme.108,192 The sequence of plots shows the formation of the water-bridged pair over a time period from t = 0 ps to t 8 ps, which followed dynamical equilibration of the solvent around the fixed vacuum structure of the protein. After 8 ps, the ion-pair structure is stable, but fluctuations in the pattern of hydrogen bonds do occur typical... 

The present author is no exception, having spent many hours in fruitless pursuit of the elusive quantum/classical limit, commonly defined by the unphysical condition h Stepping back from the traditional perspective, in this case, suggests some unexpected aspects of vacuum structure. 

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