Direct visualization of individual molecules by shifting the electron trajectory
O.P. Kucherov, S.E. Lavrovsky
Institute of Structural Information Technology, Special Security Agency. St. Ivan Kudry, 22, Office 59, Kyiv, 01042, Ukraine
E-mail: O.Kucherov@i.ua
Modern nanotechnologies absolutely require a tool that allows you to visualize the structure of each individual molecule.
 Such a possibility is provided by the authors, a fundamental discovery in the field of visual chemistry. Its essence lies, in the unknown earlier, in the electron's ability to shift toward the electronic cloud of the atom. The theory of the electron trajectory shift effect was reported at the previous conference on nanotechnologies, the full report was published in [1], which leads to the formula:
 I(x,y) = σjnZ(x,y).
As seen from the formula, the intensity of the electron beam I (x, y) is directly proportional to the electron density Z (x, y) of the molecule through which the external ray j passes.
This effect allowed the authors to create the picoscope, patent of Ukraine No. 115602.
The report will present the visualization of chemical bonds (valence, covalent, van der Waals); rotation of  molecule; colored single atoms of silicon and germanium in solid solution; visualization of individual molecules in carbon modifications (amorphous and laminated graphite, nanotubes, super diamond).
Sapphire is widely used in microelectronics, in particular, in microcircuits. The rotation of sapphire molecules (Al2O3) is shown as an example. Figure shows three molecules in the form of a "Ring", three – "Horse", three – "Ellipse", three – the "Ring".
Terms of rent or purchase are listed on the website noosvit.org. 
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1.	Kucherov O. P.,  Lavrovsky S.E. DIRECT VISUALIZATION OF MOLECULAR STRUCTURE BY THE ELECTRON BEAM SHIFTING EFFECT//Інформаційні технології та спеціальна безпека .-2018. -N1 (003).-P. 3-11. http://science.wc.lt/gallery/maketn3.pdf