Magnified-transcription

Nanophotonics-Induced Phase Transition as Magnified-Transcription... 

Here we describe magnifled-transcription of optical near-fields, whereby their effects are spatially magnified so as to be detected in optical far-fields. Figure 2.8... 

Fig. 2.8 Basic concept and fundamental process of optical parallel data retrieval based on the transcription of optical near-fields. Our fundamental idea is to spatially magnify the distribution of an optical near-field from the nanometric scale to the sub-micrometer scale in the resultant transcribed pattern so that it is observable in the optical far-field...

The process of transcription is crucial for the implementation of this concept, and it should originate from the physical attributes associated with the material used. In our proposal, it is necessary to spatially magnify an optical near-field from the nanometric scale to the sub-micrometer scale in the resultant transcribed pattern so that it is observable in the optical far-field. It turns out that the magnification factor in the transeription should be 10-100. Once the spatial pattern is detectable in the far-field, various concepts and technologies common in parallel processing will be applicable, such as fully parallel processing [34], so-called smart pixels, or parallel processing VLSI devices [35]. 

In summary, the sequential induction of T4 prereplicative proteins is caused by the sequential clustering of the genes. In addition, some "delayed early" transcription may be activated or magnified by a phage-induced mechanism. Fig. 4 illustrates our present state of knowledge. 

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