SPbSU Scientific Park Resource Center. Scientific Park SPbSU - PowerPoint PPT Presentation

Brain Center for Open Access
Four billion rubles were invested in the creation of Scientific Park St. Petersburg State University

In St. Petersburg state University The formation of a scientific park was completed, which includes 21 resource Center.

- According to the composition of the equipment, the technological capabilities of this park is unique in Russia, and in a number of directions - both in the world, "says the rector of SPbSU Nikolai Kropachev. - high-tech equipment is obsolete with high speedSo it is important for a short period to provide access to it as much as possible by scientists. Therefore, St. Petersburg State University Scientific Park is open to all research teams from both the university and from other Russian and foreign universities.

Its availability is provided with a state of 250 highly qualified engineers, and one hundred percent financing by the university of consumables. The SPBU introduced an electronic registration system and monitoring the implementation of applications for research. That is, all the work of resource centers is transparent. No less important is that our researchers are provided with access to almost all modern information resources that are now in the world space.

The work of Scientific Park St. Petersburg State University is focused on providing five priority areas: biomedicine and human health, information systems and technologies, nanotechnology and materials science, ecology and rational environmental management, Management frames and technology. One of the latter opened the resource center "Development of molecular and cellular technologies". Here focused the most modern and heavy duty equipment for research in different areas Molecular and cell biology, which brought the work of St. Petersburg scientists to a fundamentally new level.

- An important advantage of the park is the presence of all the necessary equipment, which is geographically in one place, - explains the director of the resource center Pavel Zykin. - This makes it possible to carry out complex experiments with minimal time. The main projects are aimed at key problems. modern biology and medicine. Among them, it is possible to identify the definition of patterns and mechanisms of immune reactions, the development of the foundations of regenerative medicine, the biology of malignant neoplasms and the development of new substances with antimicrobial activity.

Associate Professor SPBSU Roman Kostyuchenko uses the center of the Center to study the regeneration. That is, the body's ability to form a newly lost after the operation or an accident of the tissue and even parts of the body. While it sounds incredible. However, once in the animal world there are examples of successful regeneration, it means that there must be the opportunity to launch this mechanism in a person, a scientist is sure.

- It is known that a person can grow the tip of the finger, which means, in principle, there are such resources in our body. Just compared to the fact that there are animals, they are very scanty. By the way, speaking of regeneration, we mean the restoration of not only organs, but also functions. For example, vision, "Roman Kostyuchenko says. - The successes of regenerative medicine are significant, although far from the breakthrough. It is necessary to investigate the fundamental mechanisms of regeneration from invertebrates and understand how applicable to person. With the help of new equipment, we can understand which genes begin to work when the regeneration mechanism is launched, monitor cell behavior and even record what is happening. Now for successful work is needed not only head and hands, but also modern technical capabilities. The resource center just gives them to us. Well, we have people.

- The creation of a system of resource centers began in our university in 2010. Over four billion rubles were spent on it, "says the first Vice-Rector of SPbSU in educational and scientific work Igor Gorlinsky. - Attachments did not make sense if it was not implemented by the principle of shared access to work in resource centers. The guarantee of our success is that we rely on scientific schools existing in the university, on researchers with world names and the youth, which is just beginning their way into great science.

By the way
At the end of November, at St. Petersburg State University took place solemn ceremony Aveway scientists degrees SPbSU. They were immediately received by five young researchers who have passed a complex protection procedure: strict requirements were presented to the dissertation materials, and the level of research achieved and scientific publications on research topics were to meet the highest international standards.
One of the first in newest Story University PHD degree SPbSU received Anton Nizhnikov persispection in the region molecular biology.
"I study the amyloids - a specific group of proteins that form ordered aggregates," the scientist explained. - They are the cause of the development of dozens of different incurable human ailments - Alzheimer's disease, Huntington, Parkinson, diabetes and others. The identification of each new amyloid is a noticeable event in the scientific world. Studies of this level largely became possible thanks to the creation of a unique Scientific Park of St. Petersburg State University ".
The young researcher is confident that the development of a high-class technical base, open system Works in super-modern laboratories of St. Petersburg State University will allow and reduce the outflow of scientists abroad.
"Now it is necessary to apply maximum efforts to prevent the outflow of our graduates abroad," says Anton Nizhnikov. - Megagrant system, the development of resource centers will certainly help this. People plus advanced technologies - these are the conditions for breakthrough in science. "

Presentation Transcript.

Nanotechnology and Materials Science 10 Resource Centers Biomedicine and Human Health 6 Resource Centers Resource Center Ecology and Rational Environmental Management 3 Resource Center Information Systems and technology 2 resource center

The direction of "Nanotechnology and Materials": Magnetic resonance research methods, X-ray diffraction methods of research, methods for analyzing the composition of the substance, optical and laser methods of studies of the substance, Physical methods Surface studies, thermogravimetric and calorimetric research methods, photoactive material nanocontstruation, Innovative technologies composite nanomaterials, interdisciplinary resource center "Nanotechnology", educational resource center towards physics. The direction of "biomedicine and human health": diagnostics of functional materials for medicine, pharmacology and nanoelectronics, the development of molecular and cellular technologies, cultivation of microorganisms, CCP "Chromas", a microscopy center and microanalysis, educational resource center in the direction of chemistry. The direction "Ecology and rational environmental management": Observatory of environmental safety, space and geo-information technologies, geomodel. Direction "Information Systems and Technologies": SPbSU Computing Center, Sociological and Internet Research Center.

The main directions of scientific interaction of MSTU and Scientific Park St. Petersburg State University: Chemistry. Physics. Biology. Technology of metals and alloys. Ecology. Sociology. Earth science.

Sociological and Internet Research »Methods Applied: Quantitative: ● Internet survey using self-substituting online questionnaire. ● Telephone survey with automatic call switches and using self-infincerging online questionnaire. Qualitative: ● Content monitoring social networks. ● Personal focused interview. ● Group focused interview. There is a call center for 25 operators with the ability to expand up to 100 operators.

The "Center for Sociological and Internet Research" in the implementation of the projects of the Resource Center involved the widest range of modern software, hardware and human resources at various levels of execution, in particular: CAWI (Computer Assisted Web Interviewing) - System for conducting polls via the Internet CATI (Computer Assisted Telephone interviewing) - System for conducting telephone surveys Studio equipment for conducting personalized interviews with respondents Studio equipment for group focused interviews with respondents Software monitoring software Social networks Consultations in the field of high-quality and quantitative sociological research for MSTU Useful to order a study of motivations Applicants when choosing a direction for the correction of the content and forms of vocational guidance work

Nanotechnologies Morphology, elemental composition, crystal structure, defects, nanolithography: Scanning electron microscopy (6-1000K) and lithography X-ray microanalysis Scanning helium-ionic microscopy and lithography translucent electron microscopy in the temperature range -180 - 1000 ° C of the Cathodoluminismation (0.3- 2.2 μm) in temperature range 6 - 30 ° C micro-spectroscopy of characteristic electron losses Precision sample preparation used instrumentation complexes: scanning electronic microscopes: Supra 40, Merlin helium ion microscope Orion + electron-ion Nanolithograph Auriga transmission electronic microscope Libra 200 in MSTU may be of interest For the department of metals and ship repair technology

Resource Center Voltage Distribution Map after impact loading copper Map of low carbon steel grains steel Map of cathodoluminescence transverse slide gallium nitride new photocatalysts based on complex layered perovsk-like titanates

Laser Methods for Research Substances »Used Instrument Complexes: IR Fourier Spectrometer Nicolet 8700 Spectrometer CRP Research Class T64000 Femtosecond Laser Complex based on two synchronized lasers Miraoptima 900-D Spectrophotometer LAMBDA 1050 spectrophluorimeterFluorolog-3 Spectrofluorimeter , IR spectra, spectra of the Raman scattering spectra, luminescence spectra, luminescence excitation, measurement of quantum output and lifetime lifetime; images of optical microscopy; images of the polarization microscope; Studies of the distribution of nanoparticles in size and measurements of the potential of the diffuse layer; Film thickness measurements.

Surface-enhanced cattle on metal nanoparticles IR spectra of biological molecules (DNA) luminescent properties of new materials

Molecular and cellular technologies »Equipment blocks: electronic microscopy optical microscopy laser microdissection flow cytofluorimetry Working with cell cultures Isolation, purification and concentration of proteins and nucleic acids 7. Analysis of biomolecular interactions 8. Sequencing, PCR 9. Mass spectrometry chromatography (liquid, gas, Maldi) 10. Specialized equipment for proteomics.

The main directions: 1) biomedicine and human health Development of drug prototypes based on antimicrobial insect peptides to treat antibiotic antibiotic infections resistant. 2.13% 9.19% 3.28% 1.67% (322/15112) (1138/12389) (406/12373) (346/20698) peptide 2) ecology and rational environmental management CD25 + environmental biomarction of the aqueous medium as of state Life support authorities for marine and freshwater msnok. 3h 3) Nanotechnology and Materials Science 0h 6h 12h 24h Layered composite materials: The study of molecular and ultrastructural features of the structure of primary cell walls.

The composition of the substance "In the Resource Center, studies are conducted in 8 directions: gas and liquid chromatography and chromatomass spectrometry; MALDI-TOF and ESI-QTOF mass spectrometry; Atomic absorption and atomic emission spectrometry; Low- and wide-angle scattering; UV-VIS-IR spectrometry, spectrofluorimetry, Raman spectroscopy; X-ray fluorescent analysis, including analysis in the geometry of air defense; Elemental analysis organic compounds; Analysis of particle size.

Studies of high-quality and quantitative composition of a wide range of samples: Analysis of the size of the dust particles of snow cover about. Svalbard in order to study its radiation properties. Determination of the steroid profile for early diagnosis by the GC MS method. Androsteron Analysis of nanoalmaz content in polymer films using small x-ray scattering.

"X-ray diffraction methods of research" Services and methods: X-ray structural analysis Qualitative and quantitative X-ray phase analysis Thermostridges in the temperature range -180 - 1600 ° C X-ray diffraction high resolution. Instrument Complexes: 1. Rigaku Research Complexes Rigaku "R-AXIS RAPID", Bruker "Kappa Apex Duo", Agilent Technologies (Oxford Diffraction) "Xcalibur" and "Supernova" 2. Research complex with low and high-temperature consoles. 3. High resolution X-ray radiography research complex. 4. Educational and scientific complexes based on six desktop diffractometers.

The structures of more than 200 new compounds and 11 new minerals are deciphered: Roughitis is rissed by the first natural fluoro-oxocloride with a structure typical of layered oxocharoids of lead New catalysts based on the Imin-Isocianide Palladium complexes Gold (I) -Medny (I) complexes for COMEDICINE diagnostics and fluorescent sensors

"Magnetic resonance research methods" using the capabilities of the magnetic resonance techniques are carried out experiments in the following directions: the spectroscopy of the nuclear magnetic resonance of liquids and solutions Spectroscopy NMR solid tel Diffusion and self-diffusion study by NMR methods Spectroscopy of nuclear quadrupole resonance Spectroscopy of electron paramagnetic resonance magnetic resonance tomography

Resource Center ORG. Biomol. Chem., 2013, 11, 5535 ORGANOMETALLICS 2013, 32 (15), 4061. New Type The reaction of the formation of 1,2,3-triazol cycle from the blocks of the form (N - N) and (C - C-N). Destering new compounds - trifhosphine clusters of copper and gold atoms - possessing unusual properties Luminescence. Dalton Trans. 2013, 42, 10394 Organometallics 2013, 32, 1979 Reactions of education for the whole series of new palladium compounds were investigated. The structure of the studied complexes was described using NMR and RSA. New organic and metal compounds palladium are described. For the first time, the constants of the spin-spin vz were measured. Between isocyanide group and aromatic heterocycle through an atom of metal.

Ecological Safety »Observatory is included in the European aerosol research Ladar network Earlinet - European Aerosol Research Lidar Network In Stationary Ladar SPbSU Complex Mobile Ladar Complex Complexes - Synthesis of the Best domestic developments. Directions of activity: study of the distribution of polluting agents in the atmosphere. Evaluation of cross-border transfer. The question of restoring the station to Yaniscoski. Integration of real-time data in GIS.

Environmental Safety "Observatory is engaged in the study of healthy ecosystems and stressful influences. Automated aquarium complexes that imitate the northern, moderate and tropical zones are used. It is planned to study the impact of polluting agents on crustaceans and mollusks.

1. Sending graduate students and young candidates for conducting complex experiments and receiving material that meets the requirements for publications in journals international Systems Citation. 2. Organization of subject training courses For undergraduates and graduate students, preferably in 2 stages: distance theoretical examination of the subject, incl. With the involvement of Professors and SPbSU specialists, short-term (1-2 weeks) intensive practical work In the laboratories of ScBSU Scientific Park. 3. Organization for undergraduates and graduate students of training courses on the methodology of research in the selected area combined with research on the basis of Scientific Park St. Petersburg State University. 4. Attracting SPbSU Scientific Park and / or MSTU as a clerk co-appliance, GBNIR and indexed work.

Rector of St. Petersburg State University Nikolai Kropachev

In St. Petersburg State University, the formation of a scientific park was completed, which includes 21 resource center.

"According to the composition of the equipment, technological capabilities, this park is unique in Russia, and in a number of directions - both in the world," says Nikolai Krtachev's rector of St. Petersburg State University. - high-tech equipment is obsolete at high speed, so it is important for a short period to provide access to it as much as possible by scientists. Therefore, the Scientific Park of St. Petersburg State University is open to all research teams, both from the university and from other Russian and foreign universities. Its availability is provided with a state of 250 highly qualified engineers, and one hundred percent financing by the university of consumables. The SPBU introduced an electronic registration system and monitoring the implementation of applications for research. That is, all the work of resource centers is transparent. It is equally important that our researchers are provided with access to almost all modern information resources that are now in the world space. "

The work of Scientific Park St. Petersburg State University is focused on providing five priority areas: biomedicine and human health, information systems and technologies, nanotechnology and materials science, ecology and rational environmental management, managerial personnel and technology. One of the latter opened the resource center "Development of molecular and cellular technologies". The most modern and heavy duty equipment for conducting research in various fields of molecular and cellular biology is concentrated here, which brought the work of St. Petersburg scientists to a fundamentally new level.

"The important advantage of the Park is the presence of all the necessary equipment, which is geographically in one place, explains the director of the resource center Pavel Zykin. - This makes it possible to carry out complex experiments with minimal time. Our main projects are aimed at key problems of modern biology and medicine. Among them, it is possible to identify the definition of patterns and mechanisms of immune reactions, the development of the foundations of regenerative medicine, the biology of malignant neoplasms and the development of new substances with antimicrobial activity.

Associate Professor SPBSU Roman Kostyuchenko uses the center of the Center to study the regeneration. That is, the body's ability to form a newly lost after the operation or an accident of the tissue and even parts of the body. While it sounds incredible. However, once in the animal world there are examples of successful regeneration, it means that there must be the opportunity to launch this mechanism in a person, a scientist is sure.

"It is known that a person can grow a finger tip, which means, in principle, there are such resources in our body. Just compared to the fact that there are animals, they are very scanty. By the way, speaking of regeneration, we mean the restoration of not only organs, but also functions. For example, vision, "Roman Kostyuchenko says. - The successes of regenerative medicine are significant, although far from the breakthrough. It is necessary to investigate the fundamental mechanisms of regeneration from invertebrates and understand how applicable to person. With the help of new equipment, we can understand which genes begin to work when the regeneration mechanism is launched, monitor cell behavior and even record what is happening. Now for successful work is needed not only head and hands, but also modern technical capabilities. The resource center just gives them to us. Well, we have people. "

"The creation of a system of resource centers began in our university in 2010. More than four billion rubles were spent on this, "says Igor Gorlinsky's first Vice-Rector of SPbSU on educational and scientific work. - Attachments did not make sense if it was not implemented by the principle of shared access to work in resource centers. The guarantee of our success is that we rely on scientific schools existing in the university, on researchers with world names and the youth, which only begins their way to big science. "

By the way.

At the end of November, a solemn ceremony of awarding scientists of SPGSU degrees was held at St. Petersburg State University. They were immediately received by five young researchers who have passed a complex protection procedure: strict requirements were presented to the dissertation materials, and the level of research achieved and scientific publications on research topics were to meet the highest international standards.

One of the first in the modern history of the university, the PHD degree of SPbSU received Anton Niznikov persispection in the field of molecular biology. "I study the amyloids - a specific group of proteins that form ordered aggregates," the scientist explained. - They are the cause of the development of dozens of different incurable human ailments - Alzheimer's disease, Huntington, Parkinson, diabetes and others. The identification of each new amyloid is a noticeable event in the scientific world. Studies of this level largely became possible thanks to the creation of a unique Scientific Park of St. Petersburg State University ".

The young researcher is confident that the development of a high-class technical base, an open system of work in super-modern laboratories of St. Petersburg State University will allow and to reduce the outflow of scientists abroad. "Now it is necessary to apply maximum efforts to prevent the outflow of our graduates abroad," says Anton Nizhnikov. - Megagrant system, the development of resource centers will certainly help this. People plus advanced technologies - these are the conditions for breakthrough in science. "

Rules for filing an application for research on the basis of the Russian RC

To submit an application to universants need:

To write about the planned study at: This adress email Protected from spam bots. You must have JavaScript enabled to view.. From the Unified Electronic System Support Center, an E-mail letter will receive an invitation to register in the electronic system of applications of SPbSU Science Park, containing instructions, how to activate your profile and log in to your personal account.

Following the instructions received, you can enter your personal office and fill your profile by selecting the "Edit Profile" option in the column on the left. After you activated your profile, go to your personal office you can from our site. In the "Contacts" section, there is an option "Apply", from where you immediately fall on the page.

Next option - "Add Project". In the RC list, choose "Sociological and Internet Research" and fill out the form you suggested: Specify the name and purpose research project; short description works that you would like to spend on the basis of the Russian RC; The result you expect to receive at the end of the project. Then you define the type of your project:

a) implementation of research work (NIR) or experimental work (R & D);
b) the implementation of the initiative project;
c) execution of a contract with third-party organizations;
d) implementation educational program;
e) execution of the instructions of the director of the Scientific Park.

For the first three types of project, you must specify the project cipher in the SPbSU PURE IS system. For the educational program you choose the type educational project and enter the relevant data. To execute instructions, the director of the Scientific Park indicates the number and date of the creation of the Republic of Kazakhstan in the system.
Mark the planned deadlines for working in the resource center.
Fully filling out the form, click the "Register" button.
After approving the application for your e-mail, a notification letter comes (if the project is rejected, you will also receive a letter with an explanation of the reasons for refusal).

Your next step: go to your personal office, open a consistent project, select the "Add Study" option. From the proposed list, select the direction of the study (corresponds to the list of basic services provided to the user) and fill out the application form you suggested (as part of one project you can submit several applications for research). Fully filling out the form, click the "Register" button.

To submit an application to external users (not universal), you need to go to the St. Petersburg State University Science Park, main page or in the "Information" section Find the option application for external users and follow the link. Next, you should choose the direction of "Information Systems and Technologies", the resource center "Center for Sociological and Internet Research" and fill out the proposed form.

Scientific Park SPbSU Nanotechnology and Materials Science Biomedicine and Human Health 10 Resource Centers 6 Resource Centers Resource Center Ecology and Rational Environmental Management 3 Resource Center Information Systems and Technologies 2 Resource Center Resource Centers Direction "Nanotechnology and Materials": 1. Magnetic resonance research methods, 2 . X-ray diffraction methods of research, 3. Methods for analyzing the composition of the substance, 4. Optical and laser methods of studies of the substance, 5. Physical methods of surface research, 6. Thermogravimetric and calorimetric methods of research, 7. Nanocontstruating photoactive materials, 8. Innovative composite nanomaterial technologies, 9 . Interdisciplinary resource center "Nanotechnology", 10. Educational resource center towards physics. The direction of "biomedicine and human health": 1. Diagnosis of functional materials for medicine, pharmacology and nanoelectronics, 2. Development of molecular and cellular technologies, 3. Cultivation of microorganisms, 4. Chromas CCP, 5. Center for microscopy and microanalysis, 6. Educational Resource Center in the direction of chemistry. The direction "Ecology and rational environmental management": 1. Observatory of environmental safety, 2. Space and geo-information technology, 3. Geomodel. The direction "Information Systems and Technologies": 1. SPbSU Computing Center, 2. The Center for Sociological and Internet Research. Interests MSTU The main directions of scientific interaction of MSTU and Scientific Park St. Petersburg State University: 1. 2. 3. 4. 5. 6. 7. Chemistry. Physics. Biology. Technology of metals and alloys. Ecology. Sociology. Earth science. Resource Center "Center of Sociological and Internet Research" Applied Methods: Quantitative: ● Internet survey using self-substituting online questionnaire. ● Telephone survey with automatic call switches and using self-infincerging online questionnaire. Qualitative: ● Monitoring content of social networks. ● Personal focused interview. ● Group focused interview. There is a call center for 25 operators with the possibility of expanding up to 100 operators. The possibility of the resource center "Center for Sociological and Internet Research" in the implementation of the projects of the Resource Center involved the widest range of modern software, hardware and human resources at various levels of execution, in particular: CAWI ( Computer Assisted Web Interview) - System for conducting polls via the Internet Cati (Computer Assisted Telephone Interviewing) - System for conducting telephone surveys Studio equipment for conducting personalized interviews with respondents Studio equipment for conducting group focused interviews with respondents to monitor social network monitoring software Consultation of specialists in the field of high-quality and quantitative sociological research for MSTU is useful to order a study of the motivation of applicants when choosing a direction for the correction of the content and forms of care Entitation work Resource Center in the direction of Nanotechnology Morphology, elemental composition, crystal structure, defects, nanolithography: Scanning electron microscopy (6-1000K) and lithography X-ray microanalysis Scanning helium-ionic microscopy and lithography translucent electron microscopy in temperature range -180 - 1000 ° C CATODOLUMINSECTION (0. 3-2.2 μm) In the temperature range of 6 - 30 ° C micro-spectroscopy of the characteristic electron loss Precision sample preparations used instrumentation complexes: Scanning electronic microscopes: SUPRA 40, MERLIN HELIY ION ORIAN MICROPE + ELECTRON-ION NANITRAGRAGE AURIGA transmission electronic microscope Libra 200 in MSTU can Present an interest in the department of metal and ship repair technology Results obtained in the resource center Map of voltage distribution after impact loading copper Map of low carbon steel grains steel Map of the Catodoluminescence of the transverse slice of gallium nitride New photocatalysts based on complex layered perovsk-like titanates Resource Center "Optical and Laser Methods of Research" Resistant Research conducted: Obtaining: Absorption spectra, transmission, 1.ik-Fourier Spectrometer Nicolet reflection, 8700 IR spectra, 2.Spectrometer CRS spectra of Raman scattering, spectra research class luminescence, excitation of T64000 luminescence, measurements of quantum exit 3.Femecond laser and lifetime lifetime; Complex based on two synchronized Mira lasers of optical microscopy images; images of the polarization microscope; Optima 900-D 4.Spectro-phototometer LAMBDA 1050 Studies of the distribution of nanoparticles by 5.Spectroofluorimeter Fluorolog-3 sizes and measurements of the potential of the diffuse layer; Film thickness measurements. Used instrument complexes: Results obtained in the center Surface-enhanced cattle on metal nanoparticles IR spectra of biological molecules (DNA) Luminescent properties of new materials Resource Center "Development of Molecular and Cellular Technologies" Equipment Blocks: 1. 2. 3. 4. 5. 6 . Electronic microscopy Optical microscopy Laser microdissection flow cytofluorimetry Working with cell cultures Isolation, purification and concentration of proteins and nucleic acids 7. Analysis of biomolecular interactions 8. Sequencing, PCR 9. Chromatography of mass spectrometry (liquid, gas, Maldi) 10. Specialized proteomology equipment. The resource center operates in 3 main directions: 1) biomedicine and human health CD2 5+ 2.13% 9.19% peptide (322/15112) (1138/12389) 3.28% (406/12373) 1.67% ( 346/20698) 3h 0h 6h 12h Development of prototypes of drugs based on antimicrobial insect peptides to treat antibiotic antibiotic infections resistant. 24h Environmental biomarction of the aquatic environment for the state of the livelihoods of marine and freshwater msnok. 3) nanotechnology and materials science layered composite materials: a study of molecular and ultrastructural features of the structure of primary cell walls. The resource center "Methods for analyzing the composition of the substance" in the Resource Center is conducted in 8 directions: 1. Gas and liquid chromatography and chromatomass spectrometry; 2. Maldi-Tof and ESI-QTOF mass spectrometry; 3. Atomic absorption and atomic emission spectrometry; 4. Male and wide-angle scattering; 5. UV-VIS-IR spectrometry, spectrofluorimetry, Raman spectroscopy; 6. X-ray fluorescent analysis, including analysis in air defense geometry; 7. Elemental analysis of organic compounds; 8. Analysis of particle size. The resource center is carried out studies of high-quality and quantitative composition of a wide range of samples: an analysis of the size of the dust particles of snow cover about. Svalbard in order to study its radiation properties. Determination of the steroid profile for early diagnosis by the GC MS method. Androsteron Analysis of nanoalmaz content in polymeric films using small x-ray scattering. Resource Center "X-ray diffraction research methods" Services and methods: X-ray structural analysis Qualitative and quantitative X-ray phase analysis Thermal degree in temperature range -180 - 1600 ° C X-ray diffraction of high resolution. Instrument Complexes: 1. Rigaku Research Complexes Rigaku "R-AXIS RAPID", Bruker "Kappa Apex Duo", Agilent Technologies (Oxford Diffraction) "Xcalibur" and "Supernova" 2. Research complex with low and high-temperature consoles. 3. High resolution X-ray radiography research complex. 4. Educational and scientific complexes based on six desktop diffractometers. The results - more than 200 new compounds and 11 new minerals were investigated and decidated: Rahit Ramsesitis is happening the first natural fluoroox chloride with a structure typical for layered oxochlorides of lead gold (I) -Medny (i) Complexes for biomedical diagnostics and fluorescent sensors new catalysts based on Imin - Visocyanide complexes Palladium Resource Center "Magnetic-Resonance Research Methods" Using the capabilities of magnetic resonance techniques, experiments are carried out in the following areas: 1. Spectroscopy of the nuclear magnetic resonance of liquids and solutions 2. Sproscopy of the NMR solid 3. The study of diffusion and self-diffusion by NMR methods 4. Spectroscopy of the nuclear quadrupole resonance 5. Spectroscopy of electron paramagnetic resonance 6. Magnetic-resonance tomography results obtained in the ORG Resource Center. Biomol. Chem., 2013, 11, 5535 New type of reaction of the formation of 1,2,3-triazol cycle from blocks of the form (N - N) and (C-C-N). Organometallics 2013, 32 (15), 4061. New compounds are characterized - trifhosphine clusters of copper and gold atoms - possessing the unusual properties of luminescence. Dalton Trans. 2013, 42, 10394 Organometallics 2013, 32, 1979 Reactions of education for the whole series of new palladium compounds were investigated. The structure of the studied complexes was described using NMR and RSA. New organometallic palladium compounds are described. For the first time, the constants of the spin-spin vz were measured. Between isocyanide group and aromatic heterocycle through an atom of metal. Observatory "Observatory Observatory" Observatory is included in the European aerosol research lidar network Earlinet - European Aerosol Research Lidar Network The Stationary Ladar Complex of St. Petersburg State University is used in research. Mobile lidar complex complexes - synthesis of the best domestic developments. Directions of activity: study of the distribution of polluting agents in the atmosphere. Evaluation of cross-border transfer. The question of restoring the station to Yaniscoski. Integration of real-time data in GIS. The Observatory Observatory Resource Center Observatory is engaged in the study of healthy ecosystems and stressful impacts. Automated aquarium complexes that imitate the northern, moderate and tropical zones are used. It is planned to study the impact of polluting agents on crustaceans and mollusks. Interests MGTU 1. Sending graduate students and young candidates for conducting complex experiments and obtaining material that meets the requirements for publications in the magazines of international citation systems. 2. Organization of subject training courses for undergraduates and graduate students, preferably in 2 stages: distance theoretical studies of the subject, incl. With the involvement of Professors and SPbSU specialists, short-term (1-2 weeks) intensive practical work in the laboratories of ScBSU Scientific Park. 3. Organization for undergraduates and graduate students of training courses on the methodology of research in the selected area combined with research on the basis of Scientific Park St. Petersburg State University. 4. Attracting the SPbSU Scientific Park and / or MSTU of the Cellular Grants, GBNIR and Hozdomopic Works. as