Boston / New York / Australian / St. Petersburg / /
Company
Cambridge University Press / A. I. Kuznetsov A. E. / CST GmbH / McGraw-Hill / Agilent / MDs / A. E. Krasnok A. E. / EDs / /
Country
Russia / Australia / United Kingdom / /
Facility
National Research University of Information Technologies / CST Microwave studio / Australian National University / /
IndustryTerm
waveguide applications / gain media / metal nanoparticles / show solutions / optical energy / energy / electromagnetic energy / silicon microelectronics fabrication technologies / subwavelength energy localization / energy transfer / dyadic product / real solutions / /
Organization
Cambridge University / Australian National University / Canberra / U.S. Securities and Exchange Commission / National Research University of Information Technologies / Mechanics and Optics / Australian Research Council / Nonlinear Physics Centre / American Physical Society / Research School of Physics and Engineering / Ministry of Education / Dynasty Foundation / /
Person
T. Li / J. C. Johnson / P. Yang / M. Law / J. Goldberger / L. Li / J. X. Cao / S. N. Zhu / P. J. Compaijen / V / R. J. Saykally / Y. J. Zheng / Roman S. Savelev / C. M. Linton / V / D. J. Sirbuly / Y. Wang / X. Zhang / E. Shamonina / V / /
Position
President / analytical model for both periods / Cao / /
PHYSICAL REVIEW B 89, Subwavelength waveguides composed of dielectric nanoparticles Roman S. Savelev,1 Alexey P. Slobozhanyuk,1 Andrey E. Miroshnichenko,2 Yuri S. Kivshar,1,2 and Pavel A. Belov1 1