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Denis Manturov, head of the delegation of the Ministry of industry and trade in India

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The development of laser, optical and optoelectronic technologies (photonics)

  1. Development of internal demand for photonics technologies and equipment and expanding the export of these science-intensive products
  2. Increasing the production volumes of photonics products in the Russian Federation and deep mastering of photonics technologies in different spheres of activity
  3. Creation of new high-tech workplaces
  4. Expanding the geography of spreading photonics technologies in the Russian Federation
  5. Consolidation and activation of research and applied activities in the photonics sphere
  6. Organization of training of the specialists that can use photonics technologies in different spheres of industry
  7. Creating a system of regional and industry competence centers equipped with modern devices that combine demonstration, consulting, organization and methodological activity and help the enterprises of the region (sub-industry) to develop laser and optical and optoelectronic technologies
  8. Improvement of the regulatory and legal basis, including modernization of technological standards, for the purposes of stimulating the use of photonics technologies and taking the measures of economic stimulation for innovative activities and modernization of enterprises
  9. Improvement of rules and practices of stimulating the export of high-tech and science-intensive photonics products

Control performance indicators for realization of the Roadmap
"Development of laser, optical and optoelectronic technologies (photonics)"

Sales figures of civil photonics products, manufactured in Russia, billion rubles a year
Sales figures of civil photonics products, manufactured in the Russian Federation (to the internal market/for export) (billion rubles a year)
2013 2015 2018
Number of patents in the sphere of photonics and its application issued in the Russian Federation 250 300 500
2013 2015 2018
Number of the Russian Federation subjects that have the target programs of photonics technologies development for regional economy modernization 0 20 50
2013 2015 2018
Number of high-tech workplaces occupied by photonics creators and users 36 42 60

The Decree of the Russian Federation Government dated July 24, 2013 No. 1305-r approved the Roadmap "Development of optoelectronic technologies (photonics)"

Order of the RF Ministry of Industry and Trade dated October 27, 2016 No. 3385 amended the working group on photonics to coordinate the activity related to industry development as part of state programs, programs of state corporations innovative development, companies with state participation and programs of Photonics technological platform approved by the order of the RF Ministry of Industry and Trade dated November 29, 2013 No. 1911
Kaluga Region In Obninsk, a regional laser innovative and technological center – center of collective use (Kaluga LITC-CCU) was created as part of an international project (Russia-Germany). The Center's mission is contributing to promotion of laser technologies and equipment in the regional industry. For this purpose, the Center carries out consulting activity, displays present-day laser equipment, trains and prepares the staff. Kaluga LITC-CCU is a part of the regional innovative structure and enjoys governmental support in the form of subsidies, and also invitation to participation in marketing campaigns in the form of business missions.
Perm Territory Project "Creation of science-intensive production of photonic integrated circuits for navigation tool engineering" (Permskaya Research and Production Tool Engineering Company OJSC) received a grant from RF Ministry of Education and Science in the amount of 160 million rubles with support of the Perm Territory Government.
Perm Territory. With support of the Perm Territory Government, the project "Creation of optical cable production integrated in ground wire" (Inkab LLC) was included by the RF Ministry of Industry and Trade in the list of priority complex investment projects that receive subsidies for compensation of interest paid under the credits taken in Russian credit organizations, with the estimated amount of subsidy approximately 100 million rubles.
Perm Territory. Following the regional contest under Umnik Innovation Support Fund program, the young scientists of Fotonika cluster, organized by the Fund's regional representative office received two grants in the total amount of 800,000 rubles with support of the PT Government:
  • "Development of on-board fiberoptic measurement and communication system.
  • "Development of integral optic gyroscope on the basis of the whispering gallery mode effect.
Perm Territory. Inversia-Sensor LLC received a grant under Commercialization program of the Innovations Support Fund in the amount of 10 million rubles with support of the Perm Territory Government.
Perm Territory. Dimrus LLC received a subsidy at the expense of the Perm Territory budget to realize an R&D project "Development and realization of the pilot complex system of monitoring the state of long-distance high-voltage cable lines on the basis of the distributed fiber-optic temperature sensor and the system of partial discharges registration" in the amount of 2 million rubles
Perm Territory. An innovative territorial cluster of fiber-optical technologies, Fotonika, was created in the region jointly with the Perm Territory Government.
Ryazan Region. Positive experience of supporting R&D in photonics support provided to R&D in Sinergiya LLC, Laservariorakurs CJSC and SOLEX-R LLC in 2011-2013. The total amount of support is about 5 million rubles in total).
Samara Region. Development of essential fundamental and applied research and development in the field is carried out in the priority areas of laser technologies development:
  • fundamental research in the field of laser technologies: Saratov subsidiary of RAS Radiotechnics and Electronics Institute, Research and Educational Institute of Optics and Biophotonics in Chernyshevsky Saratov State University, Inject NPP LLC.
  • Applied research in the field of laser technologies: Research and Educational Institute of Optics and Biophotonics in Chernyshevsky Saratov State University, FSUE Almaz NPP, Research and Production Company Pribor-T SGTU, Kantegir CJSC, TSNIIIA OJSC, Pyezon NPF, Research Institute of Character Electronics "Volga", Inject NPP LLC, Nanostructural Glass Technology LLC, Erbiy LLC and others.
  • Development of material and technical base and infrastructure for laser technologies: Inject NPP LLC, RPC Pribor-T SGTU, Kantegir CJSC.
  • Development of material and technical base and infrastructure for laser technologies: Inject NPP LLC, RPC Pribor-T SGTU, Kantegir CJSC.

Photonics – is an area of science and technology connected with generation and spreading of photon fluxes, their management, study and use of their interaction with the substance. The term "photonics" in its present-day understanding appeared at the end of the 20th century. It generalizes and replaces the term "optics", encompassing quantum electronics, laser physics and technology, non-linear, integral, fiber and quantum optics, optoelectronics, optoinformation science, photoelectronics, laser technologies and other scientific and technical directions for which the basic process is the transmission of energy or information using the photon flux.

Subject areas of photonics and priority directions of development:

  1. Industrial and energy photonics technologies. Interaction of laser radiation with the matter.
    1. Element base of defense photonics
    2. Laser and laser-plasma techniques in production
    3. Solar energy
  2. Photon information science, communication and control management technologies and systems of photonics
    1. Optical communication and information science, including integral and quantum optics
    2. Radiophotonics and integral photonics
    3. Optics, photoelectronics and optoelectronics
    4. Synthetic vision, lidars, distance meters
    5. Fiber-optic sensors
  3. Biophotonics
    1. Biomedical technologies, including biomedical diagnostics, laser and photon medicine and agricultural photonics technologies
  4. New laser systems and optic radiation parameters control systems
    1. THz technologies
    2. Diode lasers and LEDs
    3. Fiber laser systems
  5. Materials for component base of priority photonics development areas, including nanophotonics
    1. New material for photon information science, integral photonics, including silicon one, laser equipment, optoelectronics, non-liner and fiber optics
  6. Metrology and technical regulation in the part of photonics and its applications

Biophotonics
A section of photonics connected with the study and practical use of photons interaction with biological objects. It usually also includes biomedical uses of laser radiation.

Fiber optics
The area of photonics connected with the study and practical use of optic fibers, as well as the physical phenomena that arise and last during distribution of light in optic fibers and devices based on them.

Iconics
The area of optics connected with the study of general properties of images considering the specific nature of visual perception; as well as the method of computer processing of images, their transformation and reproduction.

Integral optics
The area of optics connected with the study and practical use of planar optical waveguides, as well as the physical phenomena that arise and last in planar optical waveguides and devices based on them. It is often used in a wider sense as a synonym of the term "integral photonics".

Quantum electronics
An area of applied physics connected with the study and practical application of the methods of strengthening and generation of electromagnetic radiation based on the use of the induced radiation phenomenon in non-equilibrium quantum systems.

Coherent optics (the same as the coherent radiation optics)
An area of present-day physical optics connected with formation and distribution of coherent radiation in optical systems and transmitting environments.

Quantum optics
An area of optics connected with the study of phenomena where the quantum properties of light may be seen. Such phenomena include spontaneous (heat) radiation, photoeffect, Compton effect, combinational scattering (Raman scattering), photochemical processes, induced radiation, etc. Non-classical states of the electromagnetic field are studied within the quantum optics.

Laser optics (optics of lasers)
The area of optics connected with the study and practical use of laser radiation, as well as the physical phenomena that arise and last in the laser radiation field and devices that use laser radiation.

Nanophotonics
An area of photonics connected with the study and practical application of physical phenomena that arise during interaction of photons with the objects of nanometric size, incl, with creation of devices where nanostructures are used for light generation or absorption.

Defense photonics
An area of photonics connected with development and study of the peculiarities of using the methods, technologies and devices of photonics in the interests of defense.

Optical technologies
Technologies realized on the basis of optical radiation.
Note: The term "optical technology" appeared some time ago in the literature in English as the general term for the equipment and technologies whose main element is the ray of light, as a rule, laser ray (that's why the second variant of this term is laser-optical technologies). At present, the terms "photonics technologies" or "technologies of photonics" are used more often.

Optical information science, or optoinformation science
An area of photonics connected with creation of technologies of transmission, acceptance, processing and display of information with the help of a photon flux.

Optical engineering
A sphere of science and engineering aimed at the study, creation and application of optical devices and technologies.

Optoelectronics (photoelectronics)
An area of photonics mainly connected with the study of the effects of interaction between electromagnetic waves of the optical range and electrons of the matter, which encompasses the problems of creating optoelectronic devices where these effects are used for receipt, processing, transmission, storage and display of information.

Products of photonics (Photonic devices)
Devices and systems where the basic process is the transmission of energies or information by photon flux.

Microware photonics
An area of optoinformation science that solves the problems of processing microwave signals with the help of optical processes, as well as the problems of transmission, acceptance and processing of information by joint use of electromagnetic waves in the optical range and microwaves and building specific elements, devices and systems on this basis.

Optical sensory field
An area of photonics connected with development of principles, methods and devices for diagnostics.

Photovoltaics
An area of physics and technology connected with creation of technological equipment to receive electricity with the help of special semi-conductor elements, solar batteries, by photoelectric transformation of selectively absorbed solar radiation.

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