This document goals at explaining why (sections 1-4) we're ended in reflect on heavily the duality method of powerful interactions, either from analogy with the same method of the idea of nuclear reactions, and as a potential approach out of the disagreeable deadlock into which quantum relativistic theories of robust interactions appear to be compelled. subsequent we will talk about how (sections 5-6) we move approximately discovering ideas to the restrictions of a twin thought and what their homes are. eventually, a few principles can be offered touching on the place (section 7) all this may carry us within the close to destiny.
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Extra info for An introduction to dual models of strong interaction and their physical motivations
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Note that absolutely no harmonics are generated after the two cycles of the optical pulse (see Fig. 1(b)). Here one merely has a free oscillation of the optical polarization with the optical transition frequency of the two-level system Ω. e. one or two optical cycles long, and very intense optical pulses. From the anticipated signal levels and the anticipated damage thresholds of thin films of semiconductors, high repetition rate laser systems are strongly favored. Thus, we perform our experiments with 5 fs linearly polarized (p-polarization) optical pulses at 81 MHz (=1/12 ns) repetition rate, which have recently become available .
Two aspects seem very important in this context. First, it is likely that, in the experiment, the pulses within the sample are modified with respect to Carrier-wave Rabi flopping in semiconductors 37 the incident pulses. This might explain why the splitting between the two maxima in the third-harmonic spectra of the experiment is roughly a factor of two smaller than expected from the above modeling. Second, theory has to explain, why the damping of states far above the band gap becomes as short as one femtosecond and below.