CURRICULUM VITAE - UNAM

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Hendler, N; Fadeev, L; Mentovich, ED; Belgorodsky, B;Gozin, M; Richter, S Bio-inspired synthesis of chiralsilver nanoparticles in mucin glycoprotein-the naturalchoice, CHEMICAL COMMUNICATIONS 47 (26):7419-7421 2011646. Morton, S.M., Silverstein, D.W., Jensen, L. Theoreticalstudies of plasmonics using electronic structure methods,2011 Chemical Reviews 111 (6), pp. 3962-3994647. Guerrero-Martinez, A; Alonso-Gomez, JL; Auguie, B;Cid, MM; Liz-Marzan, LM From individual to collectivechirality in metal nanoparticles, NANO TODAY6 (4): 381-400 2011648. Zhu, MZ; Qian, HF; Meng, XM; Jin, SS; Wu, ZK; Jina,RC Chiral Au(25) Nanospheres and Nanorods: Synthesisand Insight into the Origin of Chirality, NANOLETTERS 11 (9): 3963-3969 2011649. 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Developmentof real-time sensitive chiral analysis techniqueusing quartz crystal analyzer, 2012, Sensors andActuators, B: Chemical 171-172 , pp. 478-485657. Wang, JL; Zhang, G; Li, QW; Jiang, H; Liu, CY;Amatore, C; Wang, XM In vivo self-bio-imagingof tumors through in situ biosynthesized fluorescentgold nanoclusters, SCIENTIFIC REPORTS, 310.1038/srep01157 JAN 29 2013658. Melnikau, D., Savateeva, D., Gun’Ko, Y.K., Rakovich,Y.P. Strong enhancement of circular dichroism in ahybrid material consisting of J-aggregates and silvernanoparticles, 2013, Journal of Physical Chemistry C117 (26) , pp. 13708-13712Artículo:Spectral Representation of the Casimir Force Between aSphere and a Substrate, C. Román-Velázquez, CeciliaNoguez, C. Villarreal y R. Esquivel-Sirvent. Physical ReviewA 69, 042109 (2004).Lo citan: (8):659. Milton, Kimball A. J. Phys A37, R209 (2004).660. J. Bárcenas, L. Reyes, and R. 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