International Competition for Scientific Papers in Nanotechnology for Young Researchers
The IV International Competition of Scientific Papers in Nanotechnology for Young Researchers to be held within the framework of the IV Nanotechnology International Forum RusNanoTech’2011, lead by RUSNANO on October 26-28, 2011 in the International Exhibition Center of Moscow - “The Expocenter”.
The main purpose of the competition is to bring the scientific achievements of young researchers in the field of nanotechnology to the attention of the scientific and business communities. Scientific papers are accepted for consideration conducted with coauthors in which the personal contribution of the contest participants themselves is instrumental. Russian and foreign students, master’s students, graduate students, and doctoral students from institutes of higher learning may participate in the competition, as may young scientists (doctoral candidates, Ph.D.s) 35 years of age or younger.
Contents of scientific papers submitted to the competition have to comply with topics of the Forum’s scientific and technological sections. The paper should contain clear definition of issue, its urgency, scientific and practical values.
To submit a paper, you should:
1. Pass a registration at the Forum web-site www.rusnanoforum.com. Then after you will receive a login and a password to enter your Member Area.
2. Upload your abstract in a Member Area in accordance with technical requirements.
Papers should be submitted before August 1, 2011.
All papers will be considered and evaluated by the corresponding Commisions. The list of admitted participants will be published on the Forum web-site before August 15, 2011.
Authors, whose papers will be approved by Commissions, will be freed from registration fee. Scientific papers will be placed on the Forum as poster presentations. Participants will be informed about the requirements to the posters and outcomes of preliminary selection before August 20, 2011. The competition participants will have to attend the Forum personally and give presentation of their papers to Commissions. The Commissions will examine poster presentations to select the best papers in each section.
Awarding ceremony will be held at the Forum on October 28, 2011. Authors of the best papers will be awarded with honorable Forum’s Diploma, Laureate pins. The prizewinners in each section will be also awarded with prize money*:
1-st place – 50 000 RuR.**;
2-nd place – 40 000 RuR.;
3-d place – 30 000 RuR.
* Please note that income-tax will be collected: 13 % for Russia’s residents and 30% - for foreigners.
** For reference: approx. 1 USD = 28,5 RuR., 1 Euro = 40 RuR.
Results of the preliminary selection for the The IV International Competition of Scientific Papers in Nanotechnology for Young Researchers. Section «Nanomaterials»
|
№ |
Participant name |
Theme of the paper |
|
1 |
Aghayeva Ulker |
Self-assembly of bifunctional nano- and microparticles based on barnase and barstar interaction |
|
2 |
Ammon Ludvig |
Computer simulation of the formation of nanoparticles by sol-gel synthesis |
|
3 |
Belkin Aleksey |
Raman spectroscopy of iodine-modified single wall carbon nanotubes |
|
4 |
Belyaev Aleksey |
Electrokinetic flows near micro- and nano-textured superhydrophobic surfaces |
|
5 |
Bogonosov Konstantin |
High-speed nanocrystallization in a laser plasma |
|
6 |
Boytsova Olga |
A novel approach to nanomachining of anodic alumina to sensor and microelectronic applications |
|
7 |
Bukhtoyarova Irina |
Functional coverings, realizing self-propagating high-temprature synthesis, on base of alternating metallic nanolayers |
|
8 |
Vavulin Dmitrii |
Determination of nanoscale inhomogeneities in scattering and absorbing media |
|
9 |
Galimzyanov Ruslan |
Preparation and study of thin films of multiferroic YMnO3 as the basis for a new class of sensors controlled by a magnetic field |
|
10 |
Yermolayeva Yulia |
New phosphors based on mono-sized nanopowders (Lu1-xEux)2O3 with the spherical core-shell particles |
|
11 |
Zagaynov Igor |
Nanoscale ceria for new functional materials |
|
12 |
Zaporozhets Marina |
Nanocomposite materials based on ZnO and Fe304 nanoparticles in a polymer matrix |
|
13 |
Zykov Dmitriy |
Development of technology for magnesium oxide nanodispersed |
|
14 |
Karabut Tatyana |
Investigation of the substrate properties influence on a self-assembly of micro- and nanoparticles in an evaporating droplet of a colloidal solution |
|
15 |
Karenin Aleksey |
Supracrystals - a new class of nanodimensional materials and structures |
|
16 |
Kukin Aleksey |
Sinthesising of structures based on silicon nanocrystals dispersed in dielectric matrices |
|
17 |
Kuriganova Alexandra |
Nanostructured Pt/C material: a new way of synthesis and prospects for alternative energy application |
|
18 |
Levin Denis |
Investigation of comparative growth kinetic of graphene multilayers by CVD method |
|
19 |
Milyaeva Svetlana |
Investigation of absorption spectrums of modified zinc oxide nanopowders |
|
20 |
Mischenko Ilya |
Moessbauer spectroscopy for characterizing biodégradation of magnetic nanoparticles in a living organism |
|
21 |
Muslimov Arsen |
Application of sapphire nanostructured substrates for obtaining perfect crystalline semiconductor films and regular metallic nanostructures |
|
22 |
Osipov Nikolay |
Palladium carboxylated carbon nanofibers as hydrogenation catalyst |
|
23 |
Petrenko Viktor |
Diagnostic and analysis of aggregations stability of magnetic fluids for biomedical applications by small-angle neutron scattering |
|
24 |
Popova Anna |
Synthesis and Characterization of Iron-Cobalt Nanoparticles |
|
25 |
Sedov Vadim |
Chemical vapor deposition of fluorescent Si-doped nanodiamonds |
|
26 |
Sorokin Alexander |
Manipulation by optical properties of luminescent ordered organic nanoclusters via exciton-phonon coupling |
|
27 |
Toropov Nikita |
Formation of thin films based on polymethine dyes layers and Ag nanoparticles with determined optical properties |
|
28 |
Kharlamova Marianna |
Structure and electronic properties of nanocomposites on basis of intercalated single-walled carbon nanotubes |
|
29 |
Khrushcheva Anastasia |
Temperature condition influence on the formation of crystalline structure of Ce-Zr-Oxide composite obtained by a modified Sol-Gel technique |
|
30 |
Yavetskiy Roman |
New nanostructured optical ceramics based on Y3Al5O12 |
Results of the preliminary selection for the The IV International Competition of Scientific Papers in Nanotechnology for Young Researchers. Section «Nanoelectronics and nanophotonics»
|
№ |
Participant name |
Theme of the paper |
|
1 |
Pankalla Sebastian |
An analytical expression of electric potential and field of organic thin film transistors |
|
2 |
Spiehl Dieter |
Analysis of the mobility of printed organic p-channel transistors depending on the transistor geometry and orientation |
|
3 |
Arefyeva Polina |
Supracrystal nanoribbons and nanolace for nanoelectronics and nanophotonics |
|
4 |
Arutyunyan Natalia |
Anisotropic optical properties of the aligned massifs of single-wall carbon nanotubes |
|
5 |
Bobrinetskiy Ivan |
Development and electro-physics properties investigation of hybrid planar nano-bio-electronics devices based on carbon nanotubes |
|
6 |
Dubkov Sergey |
Development of supercapacitor based on carbon nanostructures |
|
7 |
Elantyev Ivan |
Quantum regime of the resonant-tunneling diode oscillations |
|
8 |
Zaytsev Aleksey |
The process of creation nanodimensional channel length transistor with t-gate by nanoimprint lithography |
|
9 |
Kalashnikov Konstantin |
Phase locking of cryogenic oscillator by high-harmonic mixer |
|
10 |
Komarov Ivan |
Sensing properties of structures modified with carbon nanotubes and ZnO nanorods |
|
11 |
Kochaev Aleksey |
2D Supracrystals as the promising materials for planar nano acousto electronics |
|
12 |
Matveyenko Olga |
GaAs nanoheterostructures integrated antennas |
|
13 |
Nikitin Maxim |
Torsional vibrations induced by sliding CDW |
|
14 |
Ognev Aleksey |
Granulated media for nanoelectronic applications |
|
15 |
Paseka Olga |
Compression of Few-Cycled Pulses |
|
16 |
Rybin Maxim |
Photonic crystal enhanced absorbance of cvd graphene |
|
17 |
Samardak Alexander |
High-density nickel nanowire arrays for data storage applications |
|
18 |
Sapoletova Nina |
Electrochemical formation of inverse opals |
|
19 |
Talantsev Artem |
Effect of the orientation of substrate on delta-Mn-layer magnetization and photoluminescence of quantum well in InGaAs/GaAs heterostructures |
|
20 |
Khabibullin Rustam |
Effect of the built-in electric field on optical and electrical properties of AlGaAs/InGaAs/GaAs P-Hemt nanoheterostructures |
Results of the preliminary selection for the The IV International Competition of Scientific Papers in Nanotechnology for Young Researchers. Section «Nanobiotechnology»
|
№ |
Participant name |
Theme of the paper |
|
1 |
Beznosov Sergey |
Nanostructured materials based on modified flagella of halophilic archaea halobacterium salinarum for electrodes of lithium-ion batter |
|
2 |
Blohina Elena |
Virus-like nanoparticles based on the core protein of hepatitis B virus and M2 protein of influenza virus as a new candidate influenza vaccine |
|
3 |
Yefremov Yury |
Atomic force microscopy as a tool to study Xenopus laevis embryo. |
|
4 |
Ivanycheva Julia |
Nanocrystalline metals influence on the content and properties of plants polysacchorides |
|
5 |
Kalinina Olga |
Miliacin, a phytosterol with liver protecting activity |
|
6 |
Ignatyev Pavel |
Modulation interference microscopy of living cells micromorphology |
|
7 |
Kovaleva Oxana |
The carboxylic analogue of TMPyP4 porphyrin: interaction with G-quadruplex DNA |
|
8 |
Kolesov Dmitry |
Design of a sensor for the blood AB0 group antibodies detection |
|
9 |
Lytkina Olga |
Create bionanoconstructions to detection diagnostically significant antibodies |
|
10 |
Navolokin Nikita |
Morphological changes in the kidney, liver and spleen duringprolonged administration of iron nanoparticles |
|
11 |
Nesterov Evgeny |
The development of methods of obtaining new radioactive colloidal nano-materials for studies of biochemical processes in nucleus medicine. |
|
12 |
Nikitin Maxim |
A novel method for study of magnetic nanomaterial pharmacokinetics in vivo |
|
13 |
Ogienko Andrey |
New drug forms design using cryo-nanotechnologies |
|
14 |
Orlov Aleksey |
Magnetic immunoassays – new method for biochemical analysis based on non-linear magnetization of magnetic nanolabels |
|
15 |
Panfilova Elizaveta |
Multiplex solid-phase immunoassay using Ag/Au alloy nanoparticles |
|
16 |
Sanarova Ekaterina |
Manufacturing technology of antineoplastic drug liposomal forms |
|
17 |
Sedanova Anna |
New carbon sorbent for the sorption medicine |
|
18 |
Semenova Anna |
Silver nanoparticles for SERS study of red blood cells |
|
19 |
Suprun Elena |
Electrochemical method of myoglobin detection for diagnosis of different diseases and disease states |
|
20 |
Trifonova Ekaterina |
Antigenic nanocompositions based on plant virus spherical nanoparticles and foreign antigens |
|
21 |
Ulasov Alexey |
Polyplexes – perspective nanotool for gene therapy |
|
22 |
Khanadeev Vitaly |
Quantitative cell bioimaging using resonance scattering from gold-nanoshell bioconjugates with antiphage antibodies |
|
23 |
Khlebtsov Boris |
Nanocomposites Containing Silica-Coated Gold Silver Nanocages and Dimethoxyhematoporphyrin: Multifunctional Capability of IR-Luminescence Detection, Photosensitization, and Photothermolysis |
|
24 |
Chalenko Yaroslava |
Electrochemical biosensors of susceptibility of E.Coli JM109 cells to antibiotics |
|
25 |
Shipunova Victoria |
Supramolecular nanostructures for targeted delivery based on anticancer humanized antibodies |
Results of the preliminary selection for the The IV International Competition of Scientific Papers in Nanotechnology for Young Researchers. Section «Nanoetchnology and Green energy»
|
№ |
Participant name |
Theme of the paper |
|
1 |
Beletskaya Anna |
Quantum-chemical simulation of hydrogen peroxide formation on gold and mixed gold-palladium clusters |
|
2 |
Gavrilov Anton |
Synthesis of TIO2-based nanoparticles for hydrogen generation via water splitting |
|
3 |
Grishin Andrey |
Substantiation of using the method of electrophysical effects on the dispersion medium in devices for a highly effective filtration of gas mediums from nanosized aerosolsof various origin |
|
4 |
Koshkina Darya |
Developing of comact portable power source on the base of hydrogen fuel cell, with catalytic layers based on funktsionalized carbon nanotubes |
|
5 |
Leontyeva Darya |
New rout of preparation of NiO/C nanocomposite material for supercapacitors |
|
6 |
Lyadov Anton |
A new technology for hydrocarbon production from synthesis gas over nano iron catalysts |
|
7 |
Nabiev Shikhnabi |
Technology of drawing of nanocovering (ink CIGS) on solar batteries without vacuum |
|
8 |
Nazarova Anna |
Cobalt nano-powder influence on the chemical composition of soil while plants seeds treatment |
|
9 |
Olenin Ilya |
Supra crystalline analogues of carbon nanomaterials for hydrogen storage |
|
10 |
Fokin Denis |
Ultra-high vacuum, ultra-low temperature STM with complete in-SITU surface reparation and diagnostics |
|
11 |
Khartov Stanislav |
The surface with active nanofibres and the method of sea water desalting on its basis |
|
12 |
Kharchenko Andrey |
High temperature superconductors Bi2Sr2Can-1CunO2n+4+x (n=2, 3) films synthesis on extended textured substrate |
|
13 |
Khrenova Maria |
Molecular insights into photosynthesis |
|
14 |
Churilov Dmitriy |
Cobalt nano-powder influence on the chemical composition of soil while plants seeds treatment |
РМП: Результатом 25-летней работы научной школы является реальный, живой бизнес. Его технологии позволяют бесшумно и безотходно осуществлять механическую обработку сложнейших поверхностей в 3D, которые другим способом просто невозможно обработать. Нам кажется это направление перспективным, завод пущен и развивается.
Мы будем поддерживать его в дальнейшем, тем более, что он конкурентоспособен не только по российским, но и по мировым меркам.
ЗАО «Новые инструментальные решения» - на этом заводе в городе Рыбинск ионо-плазменное напыление обеспечивает нанесение покрытия на режущий инструмент (сверла, фрезы), которое дает очень сильный эффект и по ресурсу: по срокам работы между переточками, и позволяет существенно увеличить скорость вращения инструмента – что, как знают специалисты, является стратегическим направлением развития всего станкостроения. Проект тоже имеет серьезные перспективы и мы намереваемся продолжать поддерживать этот завод, который уже работает в городе Рыбинск.ЗАО «Оптоган» - петербургский светодиодный завод, один из наших флагманских проектов. Пущен завод в прошлом году и мы намерены агрессивно наращивать темпы развития бизнеса вместе с нашим партнером Михаилом Прохоровым. Мы считаем, что мы попали в то направление, которое открывает объемы только российского рынка (!) в миллиарды долларов. то производственные пуски 2010 года. Из только что пущенного или вот-вот готовящегося к запуску в 2011 году.
Результатом 25-летней работы научной школы является реальный, живой бизнес. Его технологии позволяют бесшумно и безотходно осуществлять механическую обработку сложнейших поверхностей в 3D, которые другим способом просто невозможно обработать. Нам кажется это направление перспективным, завод пущен и развивается.
The international Award in the Field of Nanotechnology RUSNANOPRIZE
Russian Corporation of Nanotechnologies (RUSNANO) established Nanotechnology International Prize RUSNANOPRIZE award. 2009 upwards the Prize is awarded to researchers whose nanotechnology discoveries and innovations have been applied to production as well as to companies that practically implemented them.
Nanotechnology International Prize RUSNANOPRIZE has been set up to promote:
- Widespread public recognition of R&D background and practical application of nanotechnologies
- Development of experimental and applied nanotechnology R&D and its implementation into mass production
- International cooperation in the field of nanotechnologies
- Public recognition of the role of individual researchers and research teams that brought R&D activity into life
The Prize is awarded on a yearly basis in one of the following fields: NanoElectronics, NanoBiotechnology, NanoMaterials, and NanoDiagnostics.
In 2009, Nanotechnology International Prize RUSNANOPRIZE in the field of NanoElectronics was awarded to professor Leonid Keldysh (Russia) for pioneering research of semiconductor superlattices and tunneling phenomenon in semiconductors, widely used in nanostructure technology for nanoelectronic devices, especially in the molecular beam epitaxy, to professor Alfred Y. Cho (USA) for pioneering research and development of the molecular beam epitaxy, especially for nanoheterostructure technology widely used in nanoelectronics, as well as to RIBER S.A. (France) in the person of Frederick Goutard for development of molecular beam epitaxy equipment.
In 2010, the Prize in the field of «NanoDiagnostics» has been awarded to professor Lev Feigin (Russia) and professor Dmitri Svergun (Germany) for the development of small angle X-ray scattering technique for structural diagnostics of nano-particles and systems. Hecus X-Ray Systems Gmbh. (Austria) was awarded for the development and production of small angle X-ray scattering equipment.
In 2011 the Prize will be awarded in the field of NanoMaterials.
The Prize monetary part in 2010 will be three million rubles, more than $90,000. The award ceremony will take place in Moscow in November 2011 during the IV Nanotechnology International Forum.
The Prize set includes:
- Prize symbol
- Honorary diploma
- Laureate pin
- Monetary part
Monetary part of the Prize, Prize Symbols, Prize Honorary Diplomas, and Laureate Pins are awarded to researchers, scientists and developers (up to three persons) being the citizens of the Russian Federation and other countries, that are the authors of scientific-technological discovery or discoveries on one topic or one field that have been applied to production.
The company being the first to apply the discovery (discoveries) to mass production or having reached maximum commercial success through the application of the discovery (discoveries) is awarded with the Prize Honorary Diploma and the Prize Symbol.
The following administrative bodies are involved in the management and awarding of the Prize: Prize Committee, Department of Nanotechnologies and Information Technologies of the Russian Academy of Sciences, International Advisory Board, Expert Group, and Prize Directorate.
