IBM / Wiley-VCH Verlag GmbH & Co. KGaA / I. We / Quantum / B. H. Cumpston S. P. / J. / /
Country
Belgium / Austria / United States / / /
Facility
University of Antwerp / University of Arizona Photonics Initiative / Biochemistry Georgia Institute of Technology Atlanta / The University of Arizona Tucson / / /
IndustryTerm
metal / acceptor-p-acceptor systems / energy scale / photon energy / transithe transition energy / transition energy / Low energy part / low energy region / energy scales / energy axes / weak low-energy feature / state energy / chemical / low-energy region / energy / /
Organization
W. Wenseleers Physics Department / University of Antwerp / National Science Foundation / D. Duo / E. Zojer Institut f¸r Festkˆrperphysik / Biochemistry Georgia Institute of Technology Atlanta / University of Arizona Tucson / J.-L. Brÿdas Department of Chemistry / University of Arizona Photonics Initiative / Fund for Scientific Research / /
Person
I. Parker / S. Tretiak / V / T. Kogej / M. J. Piao / Stephen Barlow / W. Wenseleers / S. H. Lee / F. Guo J. Chem / Seth R. Marder / W. R. Zipfel / Joseph W. Perry / S. R. Marder / Cara Grasso / S. Barlow / Marcus Halik / E. Zojer / C. Wamsely / M. Halik / N. Cheng / J. W. Perry / /
Two-Photon Absorption in Linear Bisdioxaborine Compounds–The Impact of Correlation-Induced Oscillator-Strength Redistribution Egbert Zojer,*[a, b, c] Wim Wenseleers,[a, d] Marcus Halik,[a] Cara Grasso,[a] Stephen Barlo