New advantages and challenges for laser-induced nanostructured cluster materials: functional capability for experimental verification of macroscopic quantum phenomena

作者：Abramov D V^*; Antipov A A; Arakelian S M; Khor'kov K S; Kucherik A O; Kutrovskaya S V; Prokoshev V G

来源：Laser Physics, 2014, 24(7): 074010.

DOI：10.1088/1054-660X/24/7/074010

• microclusters
• nanoclusters
• electrophysical property
• fractal nanostructures
• quantum correlated states

The main goal of our work is the laser fabrication of nanostructured materials including the nano-and microclusters for control of electrical, optical and other properties of obtained structures. First, we took an opportunity to select nanoparticles in various sizes and weights and also in topology distribution for some materials (carbon, Ni, PbTe, etc). Second, for a deposited extended array of nanoparticles we used a method of laser-induced nanoparticle fabrication in colloid and deposition metal (and/or oxide) nanoparticles from colloidal systems (LDPCS) to obtain the multilayered nanostructures with controlled topology, including the fractal cluster structures (for Ni, Pb Te et al). Electrophysical properties are analyzed for such nanocluster systems as well. A brief analogy of the obtained nanocluster structures with a quantum correlated state evidence is carried out.

• 出版日期2014-7