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Sökning: WFRF:(Munzer M)

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  • Klein, Daniel B., Adjungerad professor (författare)
  • What 21st-Century Works Will Merit a Close Reading in 2050? : Second Tranche of Responses
  • 2021
  • Ingår i: Econ Journal Watch. - : Econ Journal Watch. - 1933-527X. ; 18:1, s. 164-191
  • Tidskriftsartikel (populärvet., debatt m.m.)abstract
    • Adam Smith applied the expression “never to be forgotten” to two thinkers he knew personally, born more than 300 years ago, and those two thinkers are not yet forgotten.We undertook the present query in 2020, looking a mere 30 years ahead. What 21st-century works will merit a close reading in 2050? That is the question asked of Econ Journal Watch authors (specifically: those who authored material in sections other than the Comments section of the journal). The previous issue of this journal provided responses from authors with last names beginning A through K (link). Here we present nineteen responses from authors L through Z.
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  • Leshchenko, V.E., et al. (författare)
  • Relativistic harmonics D-scan for on-target temporal characterization of intense optical pulses
  • 2019
  • Ingår i: Ultrafast Optics 2019. - : SPIE. - 9781510635128 ; , s. 209-212
  • Konferensbidrag (refereegranskat)abstract
    • Accurate knowledge of the on-target pulse intensity is one of key prerequisites for the correct interpretation of high-field experiments due to their high sensitivity to the exact value of the pulse peak intensity caused by the nonlinearity of underlying processes. There are three parameters determining the peak intensity: pulse energy, spatial and temporal energy distribution. While the detection of pulse energy and spatial profile are well established, the unambiguous temporal characterization of intense optical pulses remains a challenge especially at relativistic intensities and a few-cycle pulse duration. We report on the progress in the temporal characterization of intense laser pulses and present the relativistic surface second harmonic generation dispersion scan (RSSHG-D-scan) – a new approach allowing direct on-target temporal characterization of high-energy few-cycle optical pulses at up to relativistic intensities.
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