The following projects were carried out within this program:
"Quantum transport and collective phenomena in 2D metals, semi-metals, topological insulators and Dirac systems based semiconductor heterostructures and quantum wells", headed by Z.D.Kvon, Professor, Doc. phys.-math. sci.
"Elementary excitations and new phase states of low-dimensional semimetal and graphene-like systems", headed by A.V. Chaplik, RAS Academician.
"Development of semiconductor nanostructures with selectively positioned quantum dots for nanophotonic devices", headed by V.A. Gaisler, Doc. of phys.-math. sci.
"Development and growth of nanoheteroepitaxial structures based on CdHgTe quantum wells sensitive in the terahertz range and investigation of their photoelectrical properties", headed by Yu.G. Sidorov, Doc. of phys.-math. sci.
"Plasmon metamaterials and nanoaerials for nanoplasmonics and nanophotonics", headed by V.Ya. Printz, Doc.of phys.-math. sci.
"Obtaining atomic-smooth GaAs surfaces and non-catalytic GaAs nanowiskers growth", headed by I.G. Neizvestny, RAS Corresponding member and N.L. Schwartz, PhD of phys.-math. sci.
"Self-formation of quantum-sized nanoheterostructures at molecular-beam epitaxy of A3B5-, A4B4-type compounds including nitrides of group III metals", headed by O.P. Pchelyakov, Doc. of phys.-math.
"Investigation and development of physical principles of new generation FLASH memory resistivity", headed by V.A. Gritsenko, Doc. of phys.-math. sci.
"Multifunctional sensors based on one-electron nanoelectromechanical transistors", headed by A.G. Pogosov, Doc.of phys.-math. sci.
"Saturated absorbers for near IR range", headed by N.N. Rubtsova, Doc. of phys.- math. sci.
"Modification of near IR radiation sources based on nanostructured silicon layers by creating resonant structures", headed by A.A. Shklyaev, Doc. of phys.-math. sci.
"Fundamental properties of nanowire and atomic-thin field devices based on silicon and diamond", headed by V.P. Popov, Doc. of phys.-math. sci.
"Inter- and intraband optical transitions in strained Ge/Si heterostructures with quantum dots and quantum wells", headed by A.V. Dvurechenskii, RAS Corresponding member.
"Development of physical-tehnological bases and creating the prototype of terahertz radiation detection system in the band to 200-300 mcm based on PbSnTe:In films", headed by A.E. Klimov, Doc. of phys.-math. sci.
"Simulation of quantum nanostructures and nanodevices", headed by O.A. Tkachenko, PhD of phys.-math. sci.
"Diagnostics of solid nanostructures using high-resolution methods of electron and probe microscopy", headed by A.V. Latyshev, RAS Corresponding member.
"Giant combination light scattering by semiconductor nanostructures", headed by A.G. Milekhin, Doc. of phys.-mat. Sci.
"Laser spectroscopy and diagnostics of NV centers in diamond nanostructures", headed by I.I. Ryabtsev, Doc. of phys.-math. sci., and V.P. Popov, Doc. phys.-math. sci.
"Physical-chemical bases to create and control nanostructured materials properties for optoelectronics, nanophotonics and spintronics", headed by V.F. Shabanov, RAS Academician (from ISP SB RAS - M.D. Efremov, PhD of phys.-math. sci.).
"Obtaining nanocomplexs that contain a short two-chain RNA having immunomodulating, interferon-inducing and antiproliferative effects", headed by V.V. Vlasov, RAS Academician (from ISP SB RAS - A.V. Latyshev, RAS Corresponding member).
"Ellipsometric studies of surface plasmon resonance regularities with different biological substrates to work out new approaches to the diagnostics of human diseases", headed by M.I. Voevoda, RAMS Corresponding member (from ISP SB RAS - S.V. Rykhlitsky, PhD of tech. sci.).
"Elaboration and approbation of the platform for rapid sequencing of separate DNA molecules in the real time using substrates fluorescent analogues in nanoreactors with the volume of 50 zeptoliters", headed by Academician M.A. Grachev (from ISP SB RAS - A.V. Latyshev, RAS Corresponding member).
"Development of the method of non-fluorescent microchip diagnostics", headed by A.N. Sinyakov, PhD chem. sci. (from ISP SB RAS — G.A. Kamaev, PhD of phys.- math. sci.).
RAS Presidium Program "Fundamental Sciences — to Medicine" - co-ordinated by A.I. Grigoryev, RAS Academician.
The following project was realized within this program:
"PNM-40. Distant thermography in the assessment of microcirculatory disorders during rehabilitation after acute brain blood circulation disorders", headed by B.G. Vayner, Doc. of phys.-math. sci.
RAS Presidium Program "Problems of making up the information-computing environment based on GRID technologies, cloud computations and modern telecommunication systems", co-ordinated by Academicians E.P.Velikhov, A.G.Savin and A.B.Zhizhchenko.
The following project was realised within this program:
"Architecture, analysis and organization of multiprogram functioning of large-scaled distributed computing and GRID systems, and parallel simulation", headed by V.G.Khoroshevsky, RAS Corresponding member.
RAS Presidium Program "Algorithms and mathematical provision for computing systems of super-high efficiency", co-ordinated by V.B. Betelin, RAS Academician, B.N. Chetvertushkin, RAS Corresponding member.
The following project was realized within this program:
"Parallel algorithms to solve the tasks of parametrical analysis of natural systems and optimization of technical systems", headed by V.G. Khoroshevsky, RAS Corresponding member.
RAS Presidium Program "Quantum mesoscopic and unordered structures" - co-ordinated by Academician A.F.Andreev.
The following projects were realized with on this program:
"Influence of dimensional effects on vortices and charges dynamics in nanosystems with electron pairing", headed by T.I. Baturina, PhD of phys.-math. sci.
"Coherent phenomena in semiconductor nanostructures", headed by N.N. Rubtsova, Doc. of phys.-math. sci.
"Nonequilibrium phenomena in 2D electron gas and nanostructures based on it", headed by Z.D. Kvon, Doc. of phys.-math. sci.
"Investigation of composite particles and collective excitations in low- dimensional systems affected by high-frequency optical and acoustic fields", headed by A.V. Chaplik, RAS Academician.
"Laser excitation of ultra-cold Rydberg atoms without the returns effect and Doppler broadening to heighten the precision of quantum computations", headed by I.I. Ryabtsev, Doc. of phys.-math. sci.
Programs of RAS Physical Sciences Department
"Spin phenomena in solid nanostructures and spintronics", co-ordinated by V.I.Kusraev, Doc. phys.-math. sci.
The following projects were carried out on this program:
"Spin effects in nanostructures with quantum rings and dots", headed by A.V. Dvurechenskii, RAS Corresponding member.
"Studying spin-dependent electron reflection and tunneling in ferromagnetic and semiconductor nanostructures", headed by A.S.Terekhov, Professor, Doc. phys.-math. sci.
"Physics of new materials and structures", co-ordinated by V.V. Kveder, RAS Corresponding member.
The following project was realized within this program:
"Molecular-beam epitaxy and investigation of PbSnTe:In film properties with tin content near the bands inversion", headed by I.G. Neizvestny, RAS Corresponding member and V.N. Shumsky, Doc. of phys.-math. sci.
"Fundamental optical spectroscopy and its applications", co-ordinated by E.A. Vinogradov, RAS Corresponding member.
The following project was realized within this program:
"Precision optical spectroscopy of intra-atomic and intra-molecular transitions'', headed by N.N. Rubtsova, Doc. of phys.-math. sci.
"Modern problems of radiophysics", co-ordinated by A.G. Litvak, RAS Academician.
The following project was realized within this program:
"Development of terahertz metamaterials with dynamically controlled electromagnetic properties", headed by V.Ya. Printz, Doc. of phys.-math. sci., E.V. Naumova, PhD of phys.-math. sci.
Programs of RAS Nano- and Information Technologies Department
"Element base of microelectronics, nanoelectronics and quantum computers, materials for micro- and nanoelectronics, microsis-dark technics, solid electronics", co-ordinated by A.A. Orlikovsky, RAS academician.
The following projects were realized within this program:
"Creation of high-density nanostructures with the method of electron lithography", headed by A.V. Latyshev, RAS Corresponding member.
"Studying transfer phenomena in nanoelectromechanical structures and creation of a precision current source based on them", headed by A.G. Pogosov, Doc. of phys.- math. sci.
"Theoretical and experimental investigations of ways to build new MEMS types based on tensoresistive nanostructures", headed by I.G. Neizvestny, RAS Corresponding member.
"Working out the physical bases of elements functioning for quantum computations and communication", headed by I.G. Neizvestny, RAS Corresponding member
"Building up logical elements for quantum computations based on nanostructures with quantum dots", headed by A.V. Dvurechenskii, RAS Corresponding member.
"Fundamental problems of physics and devices epitaxial nanostrucures technology based on them", co-ordinated by A.E. Zhukov, RAS Corresponding member.
The following project was realized within this program:
"Control of quantum dots and quantum rings generation and epitaxial growth processes by ion radiation", headed by Zh.V. Smagina, PhD of phys.-math. sci.