The scientific results obtained by the teaching staff of the department are reflected in the following publications:

1. Horoshko, Yurii V., Oleksandr V. Mitsa, and Valentyn I. Melnyk. "Applying of the general scheme to solving the olympiad task on computer science". Information Technologies and Learning Tools 71.3 (2019): 40-52.
2. Bovdi, V. and Laver, V., Thelma, A package on threshold elements, Version 1.02 (2019) (GAP package), https://gap-packages.github.io/Thelma
3. Kotsovsky, V., Geche, F., Batyuk, A. On the Computational Complexity of  Learning Bithreshold Neural Units and Networks. In: Lytvynenko V. et al. (eds) ISDMCI'2019. Advances in Intelligent Systems and Computing, vol 1020. Springer, Heidelberg, pp 189-202.
4. Roman Holomb, Paul Ihnatolia, Oleksandr Mitsa, Volodimyr Mitsa, László Himics, Miklós Veres Modeling and first-principles calculation of low-frequency quasi-localized vibrations of soft and rigid As–S nanoclusters // Applied Nanoscience, 2019. – pp. 1-12.
5. Monograph: Vzaiemozviazok nyzkotemperaturnyh anomalii teploprovidnosti ta nyzkochastotnykh Raman spektriv shyrokozonnykh khalkohenidnykh stekop dlia optychnykh pokryttiv sylovoi optyky. V. Mitsa, O.Feher, R.Holomb, V. Tkach,  M.Ivanda, O. Mitsa, S.Petretskyi / edited by Mitsa V.// Uzhhorod : RIK Publishing House, 2019. -  p. 152 
6. Mitsa O., Oryshych S., Horoshko Y., Vapnichnyi S., Borkach N. Pro odyn z transkordonnykh mekhanizmiv efektyvnoho rozvytku informatsiinoho suspilstva v Ukraini // Science and Educaton a New Dimension Natural and Technical Sciences ‒ 2019. – p. 47-52.
7. Kotsvosky V. M. Learning of Bithreshold Neuron is NP-Complete / V. M. Kotsovsky // Materials of the 5th International Conference "Computational Intelligence», Uzhhorod, 15–20 April 2019  — Uzhhorod, 2019. — pp. 65–66.
8. Kotsovskyi V. M. Spektralnyi alhorytm navchannia polinomialnykh porohovykh elementiv / V. M. Kotsovskyi, I. I. Mykoriak, M. V. Yurchenko // Materials of the 9^th International School-Seminar" Decision Making Theory", Uzhhorod", 15–20 April 2019— Uzhhorod, 2019. — pp. 221–222.
9. Kotsovsky  V. M. Complexity of Learning Bithreshold Neural Units / V. M. Kotsovsky, F. E. Geche, A. E. Batyuk, M. V. Yurchenko, I. I. Mykoryak // International Scientific Conference"ISDMCI’2019". — Zaliznyi Port, 21-25 May 2019. — pp. 92-93.
10. Holovach Y.H., Mitsa O.V. Elektronnyi ukrainsko-uhorskyi (uhorsko-ukrainskyi) matematychnyi slovnyk // Works of the  9^th  International School-Seminar  “ Decision Making Theory ”. – Uzhhorod:"Invazor", 2019. – pp. 154-155.
11. O.B. Kondrat, R.M. Holomb, A. Csik, V. Takats, M. Veres, A. Feher, T. Duchon, K. Veltruska, M. Vondráček, N. Tsud, V. Matolin, K.C. Prince and V.M. Mitsa. Reversible structural changes of in situ prepared As40Se60 nanolayers studied by XPS spectroscopy. Appl Nanosci (2019) 9:917. 
12. O.Kondrat, R.Holomb, V.Mitsa, M.Veres, A.Csik, V.Takáts, N.Tsud, M.Vondráček, V.Matolin and K.C.Prince. Reversible laser assisted structural modification of the surface of As rich As-Se nanolayers // XVII international Freik conference on physics and technology of thin films and nanosystems. Abstract book. Iv.-Frankivsk, Ukraine. May 20-25, 2019. p. 201.
13. Oleksandr Kondrat, Roman Holomb, Attila Csik, Miklos Veres & Vladimir Mitsa. Mass transport effect and surface relief formation in AsxS100-x nanolayers. Amorphous and Nanostructured Chalcogenides. Chisinau, Republic of  Moldova. 30 June – 4 July, 2019.
14. Lupei M.I., Mitsa O.V., Sharkan V.V. Vykorystannia shtuchnykh neironnykh merezh v zadachi rekrutynhu // The 5^th  International Conference "Computational Intelligence (Results, Problems and Perspectives) - 2019". - Uzhhorod: "Invazor". - pp.253-254.
15. Laver V.O., Mitsa O.V., Mostovyi A.V. Novyi pidkhid do praktychnoi realizatsii metodu matryts tolerantnosti // The 5^th  International Conference "Computational Intelligence (Results, Problems and Perspectives) - 2019". - Uzhhorod: "Invazor". – p. 248.
16. Levchuk A.M., Mytsa A.V., Kopcha-Horiachkyna H.E, Popovych I.I. Robototekhnycheskaia systema realyzatsyy alhorytma CFOP / Modelare matematica, optimizare si tehnologii informationale. – Chisinau, 2018. − pp. 377-381.
17. Horoshko, Y.V. Pro turniry yunykh informatykiv / Y.V. Horoshko, V.I. Melnyk, O.V. Mitsa // Scientific Journal of National Pedagogical Dragomanov University. Series 2 : Сomputer-based learning systems : scientific collection. - Kyiv : National Pedagogical Dragomanov University,  2018. – No. 20 (27). – pp. 32-39.
18. Kotsovsky V. Finite Generalization of the Offline Spectral Learning / V. Kotsovsky, F. Geche, A. Batyuk // Proceedings of the 2018 IEEE 2nd International Conference on Data Stream Mining and Processing, DSMP 2018. — 21-25 August 2018, Lviv, Ukraine. — pp. 356-360.
19. Spachynskyi V.V., Mitsa O.V. Avtomatyzatsiia rozrakhunkiv spektralnykh kharakterystyk optychnykh system, yaki maiut sharuvatu strukturu// International conference of young scientists and Ph.D. students “IEF-2017”. – p. 118.
20. R. Holomb, O. Kondrat, V. Mitsa, M. Veres, A. Czitrovszky, A. Feher, N. Tsud, M. Vondráček, K. Veltruská, V. Matolín, K.C. Prince. Super-bandgap light stimulated reversible transformation and laser-driven mass transport at the surface of As2S3 chalcogenide nanolayers studied in-situ. J. Chem. Phys. 149, 214702 (2018).
21. O.B. Kondrat, R.M. Holomb, O.O. Kondrat, A. Csik, V. Takats, M. Veres, M Vondráček, N. Tsud, V. Matolin, K.C. Prince and V.M. Mitsa. In situ controlled reversible transformations of As56Se44 nanolayers for application as active media in all optical signal processing systems // International research and practice conference «Nanotechnology and nanomaterials» (NANO-2018), 27-30 August 2018, Kyiv, Ukraine, p. 548 (Poster presentation).
22. Holomb R., Kondrat O., Veres M., Himics L., Rigó I., Czitrovszky A., Mitsa V.M. Csik A., Takats V., Olashyn D., Geveczy D. and Mitsa V. Gold-catalysed synthesis of As2S3 nanolayers and their characterization by electron microscopy, surface-enhanced Raman spectroscopy and DFT calculations // International research and practice conference «Nanotechnology and nanomaterials» (NANO-2018), 27-30 August 2018, Kyiv, Ukraine, p. 560 (Poster presentation).
23. R. Holomb, M. Veres, O. Kondrat, I. Rigó, L. Himics, A. Czitrovszky, A. Csik, V. Takats and V.M. Mitsa. Synthesis, reversible laser modification and structural characterization of As-S based functional media for ultrafast photonics // The 26th International Conference on Advanced Laser Technologies ALT`18, September 09-14, 2018, Tarragona, Spain, p. LD-P-5.
24. R. Holomb, O. Kondrat, V. Mitsa, D. Olashyn, N. Tsud, M. Vondráček,K. Veltruská,V. Matolín, M. Veres, L. Himics, I. Rigo, A. Czitrovszky, K.C. Prince. Laser assisted reversible structural modification of chalcogenide nanolayers // VIII Ukrainian scientific conference on physics of semiconductors (USCPS-8), Abstracts, October 2-4, 2018, Uzhhorod, Ukraine, p. 70-71.
25. O.Kondrat, R.Holomb, N.Tsud, M.Vondrachek, A.Chik, V.Tokach, M.Veresh, V.Matolin, K.CH.Prints, V.Mitsa. Keruvannia strukturoiu i vlastyvostiamy poverkhnevykh nanoshariv plivok As56Se44 yak aktyvnykh seredovyshch dlia suchasnykh system peredachi ta obrobky informatsii // The 8^th  Ukrainian Scientific Conference on Semiconductor Physics (USCPS –8), Abstracts, 2-4 October 2018, Uzhhorod, Ukraine, pp. 349-350.
26. Kondrat O., Holomb R., Csik A., Takats V., Kondrat O., Shumylo N., Ihnatolia P., Olashyn D., Veres M., Paiuk O., Stronski A.V. and Mitsa V.M. Structural transformation of As2S3 chalcogenide materials by doping of Mn as prospective materials for the nanooptics and computer engineering. International meeting “Cluster and nanostructured materials” (CNM’5). Uzhhorod, Ukraine, 22-26  October, 2018. PP.142-144.
27. Ihnatolia P., Mitsa A., Holomb R. Modeling and ab initio calculations of molecular- and 2D network-like isomers of light sensitive chalcogenides // // International conference of young scientists and Ph.D. students “IEF-2017”.  – p. 143.
28. Mitsa O.V., Petsko V.I., Stetsiuk V.I. Dvoetapnyi metod dlia syntezu bahatosharovykh optychnykh system // Computer mathematics. 2017, № 1. – pp. 73-82.
29. «Litnia shkola z prohramuvannia (Uzhhorod, 31 Lypnia – 7 Serpnia 2016) : Materialy lektsii, umovy ta rozbir zadach» / Edited by. Oleksandra Mitsy, Serhiia Oryshycha. – Uzhhorod: “FOP Sabov A.M.”, 2017. – p. 164 
30. Lupei M.I., Mitsa O.V. Metod vyznachennia stati za imenem vykorystovuiuchy shtuchni neironni merezhi // The 2^nd   All-Ukrainian scientific and practical conference with international participation  «Modern information technologies in education and science». – Zhytomyr. – 2017. – pp. 83-84.
31. Melnyk V.I., Horoshko Y.V., Mitsa O.V. Ohliad system pidhotovky do olimpiad z informatyky v deiakykh krainakh // The 2^nd   All-Ukrainian scientific and practical conference with international participation  «Modern information technologies in education and science». – Zhytomyr. – 2017. – S.21-23.
    1. Mitsa O.V., Dron M.F., Drobnych M.P., Isak I.S., Leheza A.V. Osoblyvosti provedennia Litnoi shkoly z prohramuvannia v Uzhhorodi // The 2^nd   All-Ukrainian scientific and practical conference with international participation  «Modern information technologies in education and science».– Zhytomyr. – 2017. – pp. 17-21.
32. O. Kondrat, R. Holomb, A. Csik, V. Takats, M. Veres and V. Mitsa, Coherent light photo-modification, mass transport effect and surface relief formation in AsxS100-x nanolayers: absorption edge, XPS and Raman spectroscopy combined with profilometry study, Nanoscale Research Letters 2017 12:149.
33. O. Kondrat, R. Holomb, V. Mitsa, M. Veres, N. Tsud. Structural investigation of As-Se chalcogenide thin films with different compositions: formation, characterization and peculiarities of volume and near-surface nanolayers. Funct. Mater. 2017; 24 (4): 547-554.
34. O.B.Kondrat, R.M.Holomb, A.Chik, V.Tokach, M.Veresh, N.Tsud, V.M.Mitsa. Strukturni peretvorennia nanoshariv AsxS100-x: RFS ta SEM doslidzhennia // Scientific Bulletin of Uzhhorod National University. Series:  Physics. No 41. – 2017 – pp. 33-40.
35. Mitsa V., Holomb R., Lovas H., Kondrat O., Veresh M., Tsytrovskyй A., Khimich L., Chik A. Atmosferna koroziia telekomunikatsisnykh optychnykh seredovyshch dlia khalkohenidnii fotoniky: sklopodibnyi i krystalichnyi dysulfid hermaniiu. //  Monograph. Uzhhorod, 2017. – p. 128
36. O. Kondrat, R. Holomb, N. Tsud, V. Mitsa. Complex spectroscopical study of top surface nanolayers of the AsxSe100-x thin films for their application in all optical signal processing // Materials of XVI International conference “Physics and technology of thin films and nanosystems”. – Iv.-Frankivsk, Ukraine, May 15-20, 2017. – p. 286. (Poster presentation).
37. R. Holomb, O. Kondrat, P. Ihnatolia, M. Veres, N. Tsud, V. Mitsa. Reversible surface modification of chalcogenide nanolayers by coherent light irradiation for advances in sensing, ultrafast photonics and renewable solar energy technology // Materials of XVI International conference “Physics and technology of thin films and nanosystems”. – Iv.-Frankivsk, Ukraine, May 15-20, 2017. – p. 218.
38. O. Kondrat, R. Holomb, A. Csik, M. Veres, V. Takats, V. Mitsa. Structural transformations of AsxS100-x nanolayers: XPS and SEM study // 7th SEMINAR Properties of ferroelectric and superionic systems // Program and abstracts, 24.IV.2017, Uzhhorod, Ukraine. pp. 43-44.
39. O.B. Kondrat, R.M. Holomb, O.O. Kondrat, A. Csik, V. Takats, M. Veres, T. Duchon, K. Veltruska, V. Matolin and V.M. Mitsa. Surface XPS and UPS investigation of in situ prepared AsxSe100-x nanolayers and their modification under external influence // International research and practice conference «Nanotechnology and nanomaterials» (NANO-2017), 23-26 August 2017, Chernivtsi, Ukraine, p. 416.
40. Mitsa O.V., Petsko V.I., Spachynskyi V.V. Osoblyvosti syntezu struktur optychnykh bahatosharovykh system // International scientific conference «Modern informatics: problems, achievements and prospects of development ». – Kyiv V.M. Glushkov Institute of  Cybernetics of the National Academy of Sciences (NAS) of Ukraine – 2017. – pp. 109 – 110.
41. Stetsiuk P.I., Mitsa O.V., Streliuk O.V., Fesiuk O.V. Transportna zadacha z obmezhenniamy na propuskni spromozhnosti promizhnykh punktiv // Pytannia prykladnoi matematyky i matematychnoho modeliuvannia. – D.: DNU, 2017. – pp. 207–219.