International Journal Of History And Political Sciences
42
https://theusajournals.com/index.php/ijhps
VOLUME
Vol.05 Issue05 2025
PAGE NO.
42-45
10.37547/ijhps/Volume05Issue05-11
History and Development of The Organizational
Activities of The Physics and Technology Institute
Fazilova Dilrabo Khudaykulovna
Senior Lecturer, Department of Social Sciences, Branch of Kazan (Volga Region) Federal University in Jizzakh, Uzbekistan
Received:
31 March 2025;
Accepted:
29 April 2025;
Published:
31 May 2025
Abstract:
The article examines the key stages of formation and development of the organizational activities of the
Physics and Technology Institute. It analyzes the historical prerequisites for the institute’s establishment, its role
in the country’s scientific and
technological progress, changes in management structures, methods of organizing
scientific work, and cooperation with other scientific institutions. Special attention is given to current trends and
challenges in the context of the digital transformation of science.
Keywords:
Physics and Technology Institute, scientific organization, history of science, organizational structure,
scientific management, academic environment.
Introduction:
The Physics and Technology Institute is
one of the leading scientific institutions concentrating
on fundamental and applied research in physics and
related technical sciences. Its history of formation,
development, and transformation is closely tied to the
modernization of science, the industrialization of the
country, and changes in scientific and educational
policy throughout the 20th and 21st centuries.
The Institute was established on November 4, 1943,
based on the Physics and Technology Laboratory during
the Great Patriotic War, in response to the urgent need
to develop national scientific potential amid a shortage
of qualified personnel and scientific infrastructure in
the Soviet republics [1, p. 4; 2]. The initiative to
establish the Institute came from a group of prominent
physicists, among whom was S.V. Starodubtsev, one of
the first scientific leaders. From 1943 to 1945, the
Institute was headed by Associate Professor S.S.
Vasiliev, Head of the Department of Experimental
Physics at the Central Asian State University (CASU) [3,
p. 9; 4].
The formation of the Institute took place under
centralized scientific management, yet from its early
years, it managed to gain scientific authority both
within the Uzbek SSR and beyond.
METHOD
Stages of Institutional Development
. In the 1950s
–
1970s, the Institute actively developed, creating new
scientific directions and laboratories. Major research
institutions were established on its basis: the Institute
of Nuclear Physics (1956), the Institute of Electronics
(1967), the “Physics
-
Sun” Scientific Production
Association (1986), and the Institute of Materials
Science (1993) [1, p. 4].
The initiative to establish the Institute of Nuclear
Physics came from young scientists S.A. Azimov and
U.O. Oripov. With the support of the government, the
Academy of Sciences of Uzbekistan (President Kh.M.
Abdullayev), and leading USSR scientists (I.V.
Kurchatov, Yu.B. Khariton), a decision was made in
1956 to open the first scientific center in Central Asia
with a nuclear reactor and specialized equipment [5, p.
8].
Key scientific schools under the leadership of U.A.
Arifov, S.A. Azimov, and S.B. Starodubtsev played a
critical role in the formation of the institute. These
scholars contributed significantly to the development
of the Institute of Nuclear Physics and its infrastructure,
continuing their work even under challenging
conditions. Their collaboration laid the foundation for
the advancement of nuclear physics in Uzbekistan. In
1956, S.A. Azimov became Deputy Director of the
Institute, and in 1962, he was appointed Director.
International Journal Of History And Political Sciences
43
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International Journal Of History And Political Sciences (ISSN
–
2771-2222)
The Institute of Electronics named after U.A. Arifov was
established in 1967 based on the scientific departments
of the Physics and Technology Institute. Its founder and
first director was Academician U.A. Arifov, a renowned
physicist in electronics. [6] Its main research areas
included
physical
electronics,
semiconductor
technology, and the development of electronic devices.
In 2012, it was reorganized into the Institute of Ion-
Plasma and Laser Technologies named after U.A. Arifov
of the Academy of Sciences of Uzbekistan. According to
Presidential Decree No. PP-2524 dated May 2, 2016, it
was dissolved [7]. However, by Presidential Decree No.
PP-2789 dated February 17, 2017, and Cabinet
Resolution No. 292 dated May 18, 2017, the institute
was re-established within the Academy of Sciences of
Uzbekistan [8, 9].
The “Physics
-
Sun” Scientific Production Association
was formed in 1986 under the Academy of Sciences of
the Uzbek SSR. Its creation was a logical continuation of
major research in solar energy, high-temperature
physics, and materials science initiated at the Physics
and Technology Institute named after S.A. Azimov. It
became the first scientific association in Central Asia to
integrate resources and expertise for full-scale solar
energy research. Its developments are applied in
metallurgy, mechanical engineering, aerospace, and
next-generation energy systems.
The Association collaborates with leading research
centers in the CIS, Europe, and Asia and participates in
international projects supported by UNESCO, IAEA, and
others. Dissertation councils and researcher training
programs actively function within the association.
The Institute of Materials Science was founded in 1993
as a research institution of the Academy of Sciences of
the Republic of Uzbekistan. It emerged from the
“Physics
-
Sun” Association to me
et the need for in-
depth studies of high-temperature materials and the
development of new structural and functional
materials for science, industry, energy, and aerospace
[1, p. 12]. From its inception, the institute attracted
researchers in high-temperature materials science. Its
unique experimental base, including the Big Solar
Furnace (BSF) in Parkent, quickly earned it leading
status.
The first director, Doctor of Physical and Mathematical
Sciences U.I. Meliev (1993
–
2005), played a key role in
forming the scientific school of solar materials science
in Uzbekistan. Under his leadership, the research
infrastructure and scientific staff of the institute were
established and continue to develop.
RESULTS AND DISCUSSIONS
In the 1990s and 2000s, the Physics and Technology
Institute named after S.A. Azimov underwent a difficult
transformation and adaptation period. After the
collapse of the USSR and Uzbekistan’s independence in
1991, the institute faced multiple challenges. These
years marked a time of profound changes, a
reassessment of priorities, and efforts to survive under
new socio-economic realities.
A key consequence of the systemic crisis was a sharp
reduction in state funding for science, causing major
difficulties in maintaining research infrastructure.
Additional pressure came from the loss of scientific and
technological ties with union institutes that once
formed a unified research network.
There was a mass exodus of qualified personnel,
especially young scientists and specialists, which
negatively affected the reproduction of scientific
potential. The Institute had to urgently shift from
primarily fundamental research to applied and
commercially relevant science, adapting to market
conditions and international requirements.
To meet the challenges of transforming the scientific
and technical sphere and increasing the effectiveness
of research, the Institute undertook targeted measures
for sustainable development, including:
➢
Increasing participation in international
research grants (INTAS, CRDF,
ISTC, IAEA), enabling global scientific integration and
access to advanced resources;
➢
Establishing research laboratories and small
enterprises to commercialize
scientific developments and strengthen ties between
science and industry;
➢
Focusing on applied fields such as solar energy
technologies, laser and plasma
technologies, and radiation material processing;
➢
Participating in national programs to improve
energy efficiency, develop
renewable energy sources, and protect the
environment;
➢
Preserving scientific schools and training young
specialists through
postgraduate and doctoral programs, ensuring
scientific continuity.
The results achieved highlight the effectiveness of
these measures:
➢
The Institute preserved its core scientific
potential and infrastructure during the
challenging transition period;
International Journal Of History And Political Sciences
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International Journal Of History And Political Sciences (ISSN
–
2771-2222)
➢
It laid the foundation for new scientific areas
aligned
with
Uzbekistan's
national
development priorities;
➢
A new generation of scientists and engineers
began forming, capable of contributing to
international research agendas.
In the 21st century, the Physics and Technology
Institute named after S.A. Azimov underwent a
strategic shift toward applied research, digitalization of
scientific activity, and strengthening international
cooperation.
Current focus areas include:
High-Energy and Nuclear Physics:
Theoretical and
experimental research on nuclear reactions, radiation
safety, particle physics (in cooperation with JINR, IAEA,
etc.);
Semiconductor
Physics
and
Nanotechnology
:
Development of nanomaterials, quantum dots, and
sensor structures for optoelectronics and diagnostics;
Solar Energy and Renewables
: Study of hybrid systems,
thermoconcentrators, photovoltaic modules, and
batteries for green energy programs;
Materials Science:
Analysis of mechanical, thermal,
and radiation properties of new composites and
superconductors,
using
ion-plasma
and
laser
processing methods.
The Institute participates in projects and grants from:
IAEA
–
radiation safety initiatives;
ISTC, CRDF, INTAS
–
international scientific exchange
programs;
UNESCO
–
training of young professionals;
JINR (Dubna)
–
fundamental particle physics research.
Digital science infrastructure includes:
➢
Digital simulation labs (COMSOL, ANSYS,
GEANT4);
➢
Electronic archives of publications and
experiment databases;
➢
Online platforms for remote learning and
scientific seminars;
➢
Automated systems for internal reporting and
accounting. [10].
The
Institute
emphasizes
the
sustainable
development of its scientific schools:
➢
Postgraduate and doctoral programs in core
specializations;
➢
International summer schools and seminars;
➢
Academic mobility mechanisms (research
internships abroad);
➢
Engagement of young professionals in project
work and scientific groups [11, 12].
CONCLUSION
The current stage of development of the Physics and
Technology Institute named after S.A. Azimov is
characterized by strategic reorientation toward priority
scientific fields, integration into the international
scientific community, digital transformation, and the
active training of a new generation of researchers. The
Institute has maintained its role as a national center of
excellence in physics, energy, and materials science.
The history of the Institute reflects the evolution of
scientific thought and research infrastructure in
Uzbekistan over more than eighty years. From its
foundation during the hardships of World War II to its
current status as a global research platform, the
Institute has undergone major institutional and
intellectual transformations.
The Institute has played a key role in establishing
leading scientific centers such as the Institute of
Nuclear Physics, Institute of Electronics, “Physics
-
Sun”
NPO, and the Institute of Materials Science. It has been
instrumental in developing key areas like nuclear
physics,
solar
energy,
solid-state
physics,
nanotechnology, and materials science. Despite the
post-Soviet crisis, it preserved scientific continuity,
adapted to new economic and political conditions, and
continued training highly qualified scientific personnel.
Today, the Physics and Technology Institute stands as
one of the flagships of scientific and technological
progress in Uzbekistan, contributing significantly to
solving both national and international scientific
challenges.
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International Journal Of History And Political Sciences
45
https://theusajournals.com/index.php/ijhps
International Journal Of History And Political Sciences (ISSN
–
2771-2222)
Постановление Президента Республики Узбекистан
«О мерах по
дальнейшему совершенствованию деятельности
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деятельности
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наук,
организации,
управления
и
финансирования
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исследовательской деятельности» от 17.02.2017 г.
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Постановление Кабинета Министров Республики
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вновь созданных научных организаций Академии
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Отчёты ФТИ за 2021–2023 гг.
