OMCCP-IV 2026

IV International Conference

OMCCP-IV 2026

"Optics, Materials Science and Computing in Condensed-Matter Physics "

The conference “Optics, Materials Science and Computing in Condensed-Matter Physics (OMCCP)” will be held from 23–25 September 2026 at Bukhara State Technical University in Bukhara, Uzbekistan.
This international event brings together researchers, engineers, and industry professionals working at the intersection of condensed matter physics, advanced materials science, computational approaches, and optical technologies.
OMCCP 2026 aims to foster interdisciplinary collaboration and share cutting-edge research across several dynamic fields.
Participants will engage with groundbreaking advances ranging from the fundamental physics of condensed matter and innovative optical techniques to computational modeling and materials engineering.
The program is structured into thematic sections to reflect the conference’s comprehensive and multidisciplinary scope.

PURPOSE

The purpose of the conference is to provide an international forum for researchers, engineers, and industry professionals to exchange the latest advances, share innovative ideas, and foster interdisciplinary collaboration in the fields of optics, materials science, computing, and condensed matter physics. The event aims to highlight fundamental research, technological innovation, and emerging applications, while facilitating networking and the development of new partnerships within the scientific and engineering communities.

HISTORY

OMCCP 2025 — III International Scientific Conference on Optics, Materials Science and Computing in Condensed-Matter Physics
December 16–18, 2025 | Bukhara State Technical University, Bukhara, Uzbekistan

The III International Scientific Conference “Optics, Materials Science and Computing in Condensed-Matter Physics (OMCCP 2025)” was successfully held on December 16–18, 2025 at Bukhara State Technical University (BSTU), Uzbekistan.

Continuing the tradition of creating an international platform for scientific exchange, OMCCP 2025 brought together researchers, engineers, professors, and young scientists from more than 10 countries, representing leading universities, research institutions, and innovation centers worldwide. The conference welcomed over 100 participants and featured more than 60 scientific presentations, including plenary lectures and sectional sessions.

The scientific program reflected the interdisciplinary nature of contemporary condensed-matter physics and covered a broad spectrum of topics including optics, advanced materials science, nanotechnology, computational methods, electronic and optoelectronic materials, radiation effects, and applied physics for emerging technologies.

The conference officially opened with welcoming remarks from Prof. M.R. Zhumaev, who presented the goals and objectives of the conference, followed by an address from S.G. Siddikova, Rector of Bukhara State Technical University, and greetings from Prof. A.A. Zakhidov (University of Texas, USA). The opening session also included the presentation of Prof. Zhumaev’s scientific monograph “Relativistically Invariant Theory of Classical and Quantum Ideal Gases.”
Distinguished International Speakers

A major highlight of OMCCP 2025 was the series of plenary lectures delivered by internationally recognized scientists whose research represents leading directions in modern physics and materials science:

Prof. A. A. Zakhidov (University of Texas, USA)
Quantum Nanoparticle and Quantum Cluster: For Advanced Applications
The lecture explored emerging approaches in quantum nanostructures and their potential for advanced technological applications.
Prof. Suklyun Hong (Sejong University, Republic of Korea)
Theoretical Study of 2D Materials and Their Heterostructures for Electronic and Optoelectronic Applications
The presentation focused on theoretical modeling and design of next-generation two-dimensional materials.
Prof. Annie Ng (Nazarbayev University, Kazakhstan)
Interfacial Engineering in Perovskite Materials and Solar Cells for Enhanced Stability in Harsh Environments
The lecture addressed advanced strategies for improving durability and performance of photovoltaic technologies.
Prof. V. Pavlenko (Al-Farabi Kazakh National University, Kazakhstan)
Synthesis of Carbon Composite Nanostructures for Advanced Electrode Applications
The presentation examined innovative carbon-based nanomaterials for energy and electrode systems.

These plenary sessions established a high scientific standard and stimulated active discussion on future directions in condensed-matter physics and interdisciplinary materials research.
Conference Presenters and Scientific Contributions
In addition to keynote speakers, OMCCP 2025 showcased contributions from established researchers and emerging scholars across different areas of physical sciences.

Among the featured reports were:

B.J. Akhmadaliev, N.Kh. Yuldashev, O.M. Mamatov, V.T. Mirzaev, and T.I. Raxmonov presenting research on ultra-hot photoluminescence in fine-grained polycrystalline cadmium telluride films.
Prof. J. Yusupov discussing modern challenges in digital electronics and microelectronics.
B. Yavidov presenting research on polaron mass in Hg1201 cuprate materials.
A.A. Shodiev, M.A. Mussaeva, and E.M. Ibragimova reporting on the effects of 14 MeV neutron irradiation on structural and transport properties of YBCO coated superconducting tapes.
M.H. Ashurov, I. Nuritdinov, Z.U. Esanov, and Sh. Irisov presenting investigations of optical and infrared absorption spectra of UPS-923A plastic scintillators after gamma and electron irradiation.
M.A. Mussaeva, E.M. Ibragimova, B.T. Atashov, and K.K. Nurymbetov presenting research on photoluminescence after electron and gamma irradiation of LiF crystals with OH⁻ impurity.

The participation of experienced scientists together with doctoral researchers created a dynamic environment for scientific dialogue, networking, and international collaboration.

Following the conference, selected submitted papers were published in the Proceedings of SPIE – The International Society for Optical Engineering (Volume 14126), ensuring international visibility and dissemination of the presented research.

The Organizing Committee expresses sincere gratitude to all participants, invited speakers, moderators, partners, and contributors whose engagement and scientific excellence made OMCCP 2025 a successful and internationally recognized scientific event.

Conference Details

Location: Bukhara Engineering and Technology Institute, Bukhara, Uzbekistan.
Date: It was held from February 27 to March 1, 2024.
Organizers: The conference was chaired by S.G. Siddikova, with a scientific committee led by M.R. Jumayev.

This conference served as a significant platform for researchers to share their findings and foster collaborations within the field of condensed matter physics, addressing both theoretical advancements and practical applications across various scientific domains.
The Conference took place in Bukhara, Uzbekistan, organized by the Bukhara Engineering and Technology Institute. The conference aimed to address contemporary issues in condensed matter physics and featured several prominent speakers and their presentations.
Key Speakers:

S.V. von Gratowski: Dielectric Spectroscopy in Microwave and Millimeter Wave Ranges for Medicine and Biology
This presentation discussed the critical role of water in molecular spectroscopy of condensed media, particularly its applications in biological tissues. The research emphasized innovative techniques for real-time monitoring of water content, which could significantly enhance agricultural practices and medical diagnostics.
A.K. Nasirov: A New Dynamic Mechanism for Nuclear Fusion in Heavy Ion Collisions
This talk explored the synthesis of heavy elements through heavy ion collisions, focusing on the mechanisms of nuclear fusion. A mathematical model was presented that elucidated the dynamics of nuclear interactions during these collisions, providing insights into both theoretical predictions and experimental findings.
M.R. Jumayev: Non-Trivial Spin Dynamics of Ferromagnets Under Impulsive Magnetic Fields Near Phase Transitions
This research investigated the physical effects observed during phase transitions in solid materials under external magnetic fields, identifying significant dependencies between temperature changes and magnetic properties, contributing to the understanding of magnetocaloric effects in ferromagnetic alloys.
E.M. Ibragimova: Microstructure, Magnetoresistivity, and Carrier Mobility of HTSC-YBCO Tape with Pinning Centers Generated by Electron Irradiation
The presentation focused on how electron irradiation affected the microstructure and electrical properties of high-temperature superconducting (HTSC) materials, specifically YBCO tapes. The findings discussed implications for enhancing superconducting performance through artificial pinning centers.
B.L. Oksengendler: The Concept of "Size-Dimension" in Condensed Matter Physics
This talk delved into the interplay between size and dimensionality in material science, illustrating how these factors influenced physical properties at the nanoscale, framed within the context of emergent phenomena observed in various materials.

The International Conference took place in 2023 at the Bukhara Engineering Technology Institute. It was dedicated to the 40th anniversary of the scientific and educational activities of Professor Mustakim Jumaev, a renowned theoretical physicist.

Main Aspects of the Conference

Theme: The conference covered topics related to classical and quantum theories of ideal gases, including their relativistic aspects. Participants discussed the latest advancements in this field, sharing the results of their research and theoretical developments.
Format: The conference was held in both in-person and online formats, allowing a wide range of participants from different countries to engage.
Scientific Program: The conference featured plenary talks and sectional sessions where scientists discussed various aspects of relativistic physics and thermodynamics.
Publications: The materials from the conference were compiled into a collection of abstracts, which was published for further dissemination within the scientific community.

Significance of the Event
The conference served as an important platform for knowledge and experience exchange among scientists working in theoretical physics. It also contributed to strengthening scientific ties between researchers and educational institutions, which is crucial for the continued development of science in this area.The conference gathered scientists and researchers from various countries from February 28 to March 1, 2023, to address pressing issues in theoretical physics, particularly concerning ideal gases.

Key Topics and Presentations

Invariant Relativistic Theory of Classical Ideal Gas: Professor Jumaev's presentation described an original theory of relativistic ideal gas, including proof of the validity of special relativity postulates for characteristic particle velocities. For the first time, expressions for average particle velocities and the equation of state for relativistic ideal gas were obtained.
Invariant Relativistic Theory of Quantum Ideal Gas: The second key presentation introduced an original theory for quantum ideal gas, establishing macroscopic characteristics and the equation of state based on quantum averaging. Conditions for the condensation of relativistic Bose gas were discussed.
Mechanisms of Quantum Dot Formation during Liquid Phase Epitaxy: A group from Andijan State University presented their findings on the formation of nanostructures and quantum dots during crystallization through liquid phase epitaxy. Their research highlighted the impact of mechanical stresses on quantum dot formation.
Nanoplasmonics for Metals: Researchers from Andijon University discussed dielectric functions of metals and their influence on optical properties, focusing on numerical modeling of optical absorption in metallic nanoparticles.
Studies on Nanostructured Objects in Silicon Monocrystals: This presentation detailed the use of atomic force microscopy to study the morphology of nanoscale objects in silicon, which is significant for developing new electronic devices.

The conference provided a platform for sharing knowledge and experience among scientists in theoretical physics and materials science. Discussions on topics such as relativistic physics, quantum mechanics, and nanotechnology expanded participants' scientific horizons and strengthened international scientific collaboration. The collection of abstracts from the conference was recommended for publication by the scientific committee and represents an important contribution to literature on ideal gases and related fields.

TOPICS AND SECTIONS

Optics and Photonics in Condensed Matter

Optical properties of condensed matter systems; Spectroscopy and imaging methods; Nonlinear and quantum optics in materials
Materials Science: Design, Characterization, and Applications

Advanced functional materials; Nanomaterials and low-dimensional systems; Materials for optical and photonic devices
Computational and Theoretical Approaches

Computational modeling of materials and optical phenomena; Machine learning and AI in materials science and optics; Simulation tools for condensed matter and device design

Devices and Technologies

Optoelectronic and photonic devices; Sensors and detectors; Integrated photonics and on-chip systems
Interdisciplinary Topics and Emerging Trends

Quantum information and computing with materials and optics; Hybrid systems: light-matter interaction and coupling; Advanced experimental techniques
Applications and Industrial Perspectives

Applications in energy, telecommunications, and sensing; Translational research and commercialization; Case studies and industry panels

organizers and Partners

Bukhara State Technical University (Uzbekistan)

Bukhara State University (Uzbekistan)

University of Malaya (Malaysia)

Institute of Mechanical Engineering and Automation of the National Academy of Sciences of the Kyrgyz Republic

United Arab Emirates University

Ankara University (Turkey)

Osh Technological University (Kyrgyzstan)

Amity University (India)

Karaganda Technical University (Kazakhstan)

ITM University in Gwalior (India)

Technological University of Tajikistan

Termez Engineering and Technology Institute (Uzbekistan)

ZARMED UNIVERSITY (Uzbekistan)

The conference will be held in Bukhara, Uzbekistan in September 23-25, 2026. The in-person session of the conference will be held at the Scientific Center for Nanotechnology Engineering of the Bukhara Engineering and Technology Institute .

The address of the Institute: Uzbekistan, Bukhara region, 200100, BUKHARA, MURTAZAEV street, 15

We will provide the participants with visa support documents (an official letter of invitation). We will be glad to help with accommodation in the hotels of Bukhara at special prices to all participants during the conference by priory arrangement. Accommodation and travel expenses are paid by sending organizations.

CONFERENCE VENUE

International ProgramME and Organizing Committees

Conference Chairs
Anvar Zakhidov, University of Texas at Dallas (United States)
Vasilios N. Katsikis, University of Athens (Greece)
Victor V. Koledov, Kotelnikov Institute of Radioengineering and Electronics of the Russian Academy of Sciences (Russia)
Tulkin Rasulov, Bukhara State University (Uzbekistan)

Editors
Anvar Zakhidov, University of Texas at Dallas, United States
Vasilios N. Katsikis, University of Athens, Greece
Suklyun Hong, Sejong University, South Korea

Publication Chair
Mustakim Zhumaev, Bukhara State Technical University (Uzbekistan)

Program Committee
Mustakim Zhumaev, Bukhara State Technical University (Uzbekistan)
Suklyun Hong, Sejong University (South Korea)
Abdelaziz Benseghir, University of Malaya (Malaysia)
Firuzjon Gafarov, Technological University of Tajikistan (Tajikistan)
Andrei Zinovyev, Institut Curie (France)
Bakhtiyor Baizakov, Physical Technical Institute “Physics-Sun”, AS RUZ (Uzbekistan)
Chunyang Wang, Institute of Metal Research of Chinese Academy of Sciences (China)
Eduard Tsoy, Physical-Technical Institute of the Uzbek Academy of Sciences (Uzbekistan)
Elvira Ibragimova, Institute of Nuclear Physics, Academy of Sciences of Uzbekistan (Uzbekistan)
Hociene Bahlouli, Saudi Center for Theoretical Physics (Saudi Arabia)
Ibraghimkhan Kamilov, Amirkhanov Institute of Physics (Russia)
Maksat Kalimoldayev, Institute of Information and Computational Technologies (Kazakhstan)
Bakytbek Shamshiev, Osh Technological University (Kazakhstan)
Viktor Lefter, Republican Center for Space Communications and Electromagnetic Compatibility of Radio-Electronic Devices (Kazakhstan)
Tulkin Rasulov, Bukhara State University (Uzbekistan)
Saeed Al-Marzoug, King Fahd University of Petroleum and Minerals (Saudi Arabia)
Akbar Abrorov, Bukhara State Technical University (Uzbekistan)
Habibulla Akhadkulov, Universiti Utara (Malaysia)
Rayimjon Aliev, Andijan State University (Uzbekistan)
Sirojiddin Zainobiddinov, Andijan State University (Uzbekistan)
Igor Kovalev, Navoi State University of Mining and Technologies (Uzbekistan)

Organizing Committee
Sadokat Siddikova, Bukhara State Technical University (Uzbekistan)
Astildin Nizamov, Bukhara State Technical University (Uzbekistan)
Shukhrat Rakhmatov, Bukhara State Technical University (Uzbekistan)
Akbar Abrorov, Bukhara State Technical University (Uzbekistan)
Bakhrom Yavidov, Nukus State Pedagogical Institute (Uzbekistan)
Oybek Ergashev, Namangan Engineering and Technological Institute (Uzbekistan)
Sadridin Fozilov, Bukhara State Technical University (Uzbekistan)
Xakhramon Raxmonov, Bukhara State Technical University (Uzbekistan)
Ismoil Isabayev, Bukhara State Technical University (Uzbekistan)
Saifullo Musayev, Bukhara State Technical University (Uzbekistan)
Mirzo Sharipov, Bukhara State University (Uzbekistan)

Session Chairs
Optics and Photonics in Condensed Matter
Mustakim Zhumaev, Bukhara State Technical University (Uzbekistan)
Materials Science: Design, Characterization, and Applications
Akbar Abrorov, Bukhara State Technical University (Uzbekistan)
Computational and Theoretical Approaches
Suklyun Hong, Sejong University (South Korea)
Devices and Technologies
Maksat Kalimoldayev, Institute of Information and Computational Technologies (Kazakhstan)
Interdisciplinary Topics and Emerging Trends
Habibulla Akhadkulov, Universiti Utara (Malaysia)
Applications and Industrial Perspectives
Tulkin Rasulov, Bukhara State University (Uzbekistan)

keynote speakers

Anvar Zakhidov

University of Texas at Dallas, United States

Prof. Anvar A. Zakhidov is an internationally recognized physicist and professor at The University of Texas at Dallas, where he has played a leading role in advancing research in nanoscience, photonics, and functional materials. His scientific work bridges condensed-matter physics, materials science, and emerging technologies for energy and optoelectronic applications.
His research focuses on nanostructured materials, carbon nanotubes, photonic crystals, solar cells, organic and hybrid optoelectronics, quantum materials, and advanced energy systems. Prof. Zakhidov is widely known for pioneering contributions to the design and development of functional nanomaterials and for introducing concepts in tunable photonic crystals and next-generation photovoltaic technologies.
Throughout his international academic career, he has conducted research and held scientific appointments across the United States, Japan, Italy, and Uzbekistan, contributing to the development of interdisciplinary approaches at the intersection of physics and engineering. His work has received broad international recognition, including honors for achievements in nanotechnology and election as a Fellow of the American Physical Society.
Tulkin Rasulov

Bukhara State University, Bukhara, Uzbekistan

Prof. Dr. Tulkin Rasulov is a professor of mathematics and Head of the Center of Excellence at Bukhara State University. His scientific work is focused on mathematical physics and advanced operator theory, where he has made internationally recognized contributions.
His research interests include spectral analysis of block operator matrices, Schrödinger operators, scattering theory, and mathematical models of quantum and condensed-matter systems. His studies address fundamental questions related to spectral properties, multi-particle systems, and operator methods in modern physics.
Prof. Rasulov has conducted research and collaborated internationally through academic visits and fellowships at leading institutions in Switzerland, Germany, and Italy, including the University of Bern and ICTP. He actively participates in international scientific projects and serves on editorial boards of several scientific journals.
With an extensive publication record and broad international experience, his work contributes to advancing contemporary mathematical physics and strengthening international scientific cooperation.
Gunn Kim

Sejong University, South Korea

Prof. Gunn Kim is a professor at Sejong University and a researcher at the Department of Physics and Astronomy and the Hybrid Materials Research Center. His scientific work combines theoretical physics with advanced computational approaches to investigate complex material systems and interdisciplinary applications.
His research interests focus on first-principles computational studies, the physics of low-dimensional materials, and sociophysics. His work has contributed to understanding the electronic properties of emerging low-dimensional systems and exploring large-scale network dynamics in socioeconomic processes.
Prof. Kim received his B.S., M.S., and Ph.D. degrees from Seoul National University and has held research appointments at North Carolina State University, Sungkyunkwan University, Seoul National University, and Kyung Hee University. Throughout his academic career, he has developed broad expertise in computational materials science and theoretical modeling.
With an extensive publication record and internationally recognized research impact, Prof. Kim continues to contribute to the advancement of condensed-matter physics, computational materials research, and interdisciplinary scientific studies.

PUBLICATION

The Proceedings of the Conference will be published in Proceedings of SPIE - The International Society for Optical Engineering.

Important dates

Registration and submission of materials — until September 25, 2026

Application for in-person (online) participation — no later than September 10, 2026

Conference dates — September 23-25, 2026

Distribution of electronic certificates — until October 15, 2026

Publication of articles — December 2026

Scopus indexing — within 1–3 months after publication

* Indexing timelines depend on the indexing organizations

Templates and guidelines

These are templates and guidelines for proceedings papers, they are there to to help you prepare your work.

Below are the main requirements for submission:
1. Relevance to the Conference Theme

The article must address one of the topics outlined in the conference agenda.

2. Article Language

Submissions are accepted in English or Russian.
Articles will only be published in English; translation services from Russian to English are provided by the organizers.

3. Article Structure
Mandatory sections include:

Introduction
Materials and Methods
Results
Discussion (can be combined with Results as "Results and Discussion")
Conclusion
Optional: Acknowledgements, if applicable.

4. Text Length

Minimum: 18,000–20,000 characters (approximately 4 pages based on the publisher's template).
References are not included in the word count.
Illustrations and tables should not exceed 25% of the total text volume.

5. Number of Authors

Up to 5 authors for articles up to 30,000 characters.
For articles exceeding 40,000 characters, additional authors may be included.

6. References

Articles up to 40,000 characters must include 10–15 references.
Longer articles may include an extended reference list.
Only one self-citation per author is allowed.

7. Citation Restrictions

No more than one citation per external author or source; repeated citations of the same publication are not permitted.
All references must be relevant to the research topic and formatted according to publisher requirements.

8. Formatting Requirements

Manuscripts should be prepared in Microsoft Word format.
All illustrations, tables, and their captions must be in English and embedded within the text without exceeding page margins.

9. Originality of Content

Minimum originality: 85% (excluding references).
Previously published material is allowed up to a maximum of 15%.

10. Abstract Requirements

The abstract must contain at least 100 words (7–10 sentences).
Begin sentences with action verbs such as analyzed, investigated, identified, studied, etc.

11. Keywords

Provide at least 5 keywords or phrases relevant to your article.

12. Review Process

All submissions will undergo plagiarism checks and double-blind peer review.

13. Licensing Agreement

All authors must agree to the terms of the licensing agreement prior to publication.

Additional Recommendations:

Use the publisher's template for formatting your article correctly.
Ensure that all references are from reputable international journals.
Write an engaging abstract to attract readers, avoiding unnecessary details.

Adhering to these guidelines will help ensure your article successfully passes through the review and publication process.

REGISTRATION FEE

The paper is English in the template of SPIE

$220

The paper is in English, formatting is needed

$250

Editting, translation is needed

$290 - 350

CONTACT US

Contact person: Mustakim Zhumaev

E-mail: zhumaev@univers.uz