Non-trivial structure of optical momentum and optical forces inherent in evanescent waves

Correlation optics within the framework of the correlation optics conference at the base of Chernivtsi National University

“…The indicator of growing popularity of the discussed topic and the contribution to this growth is the fact that the scientific journal "Photonics" published by Jade University plans to dedicate one of its upcoming special issues to "Correlation Optics" (https://www.mdpi.com/journal/photonics/special_issues/151L6A0DAE). This special issue will cover a range of topics closely related to our research focus [1][2][3][4][12][13][14][15][16][17][18] , which is presented in 15 proceedings (SPIE Proceedings), three special issues of the journal "Applied Optics", special issue of scientific journal Advanced in Optical Technologies named "Correlation Optics" and four scientific collective monographs based on the results of the "Correlation Optics" scientific conference since 1991.…”

“…Formed scientific directions and schools embrace new and modern optical application including surface diagnostics, new metamaterials, development of optical tweezers, 3D polarization, biomedical application. The results, presented during the Conferences, published in the special issues of Proceeding of SPIE [1][2][3] , and then they become the object of study and further development, the interest of scientists and editorial boards around the world. It should be remembered and the special issue of Optical Engineering 4 (Optics in Ukraine), issued in 1995 and dedicated to the results of the conference.…”

Controlling and manipulation of red blood cells by evanescent waves

“…Thus, the resulting momentum density in the OZ-direction is given by and the transversal momentum caused by the vertical spin becomes where Let us compute the optical force F i acting on each facet of the RBC. We use the Mie light-scattering theory, under which approximation [24][25][26] The refracted evanescent wave in the OX-direction for each facet i also forms some components of the optical force in this direction, which can be computed using the following relation:…”