Showing papers by "Marshall N. Rosenbluth published in 2010"
01 Jan 2010
TL;DR: As one can see, superlensing appears in a linearelectromagnetic problem and does not need any Btwopaths and Bsynchronization for signal amplification and nonlinearity may limit the resolution.
Abstract: thegiveninitialconditions(e.g.,startofillumination,etc.).The better theQ factor the closer the system may come toan ideal behavior, in the present caseVto superlensing.As one can see, superlensing appears in a linearelectromagnetic problem and does not need any Btwopaths[ and Bsynchronization[ for signal amplification.Nonlinearity may limit the resolution, in addition to otherfactors mentioned above. Since this is a linear problem,thereisnodeteriorationofSNR;bothBsignal[andBnoise[at the source would be restored in the image, i.e., aBblinking[source wouldproduceaBblinking[replica withthe use of an ideal superlens.I hope this answers the questions raised in [1] andclarifies the behavior of theBsuperlenses.[ h