At the current time my scientific work includes two tasks:
&Mac183;Taking a part in ATLAS project-Data Challenge (DC). Since the summer of 2002 year, I productively contribute to one of the phase of this project-DC1. The result of my work is about 5¥104 fully simulated pp->Di-jets events for ATLAS Experiment (G.Khoriauli et al, VII Conf. of Young Scientists, JINR, Dubna 2003, pp.307-310). The next steps that Iím planning to do are reconstruction and further physics analysis of the simulated events.
&Mac183;Iím making calculations of cross-sections and other parameters of the several High Energy physics processes within the new theoretical assumptions made in Laboratory of Theoretical Physics (JINR). These calculations deal with the possibilities of heavy quark-anti-quark bound states existence and their observation in modern experiment.
Also, Iím estimating cross-sections of Higgs bosons decays into different channels within the above theoretical model.

For my Ph.D. thesis I am working on SVD, on the detector operating at IHEP accelerator at Protvino. I am performing analysis of the data collected by SVD on charm hardroproduction obtained in fixed target experiment at 70 Gev/c.
Now I am working on the analysis of the data sample with two prougs decays of charm particles, measuring the production cross sections with impact parameter technic. From the hardware side I am engaged with the work of monitoring the performance of semiconductor vertex detector and active targed. This includes development of the monitoring software and data analysis.

I'm working on a design and doing some studies of the long scintillator counter with a precision timing for the TOF hodoscope, which will be used for the particle identification in the GlueX experiment at the Jefferson Lab.
The experiment is designed to search for the exotic mesons produced by tagged gammas with the energies up to 8 GeV. It was shown in our studies that time resolution of 40 ps can be achieved for the hodoscope. This allows to separate kaons and pions of the energies of up to 5 GeV. The results of TOF counter investigations were presented at the international conferences in Vienna(2001), Novosibirsk(2002), and were published in NIMA (494(2002)495-499).