MIPT Interdisciplinary Center for Basic Research Междисциплинарный центр...

MIPT Interdisciplinary Center for Basic Research

Междисциплинарный центр фундаментальных

исследований МФТИ


Aim and TasksAim: Optimization of research within the ICBR

laboratories and solve actual problems that lie at the turn of the areas of these research laboratories

Main tasks: getting advanced scientific results and their publications in

top-rated scientific journals training world-class specialists in areas related to the

research of ICBR interaction with the Centers for Applied Research at MIPT creation of an expert world level platform on research fields

of ICBR holding of international conferences, workshops and schools

in research areas of ICBR


Management Structure

Rector

Supervising Vice-Rector

DirectorScientific and

Technical Council

Laboratories

ICBR


Laboratories Topological phenomena in superconductive systems

(A.Golubov) Artificial quantum systems (O.Astafiev) Theoretical nanophysics (M.Feigelman) Terahertz spectroscopy (B.Gorshunov) Nanooptics and plasmonics (V.Volkov) Quantum nanostructures (M.Trunin)

Perspective investigations of membrane proteins (G.Bueldt) Structure biology of receptors conjugated to G-proteins

(V.Cherezov) Membrane model systems for refolding and crystallization of

membrane proteins (V.Chupin) Sensory systems based on psychrophilic and mesophilic

bacteria lux operons (I.Manuhov)

Astrophysics and physics of non-linear processes (V.Beskin)


Interaction of the LaboratoriesICBR enables to solve some essential problems

concerning an interaction of the laboratories:Establishing interdisciplinary research involving our laboratories;Organization of integrated scientific seminar for members of our laboratories and studentsOrganization of training of members of our laboratories and students in leading research centersCreation of a network of equipment that can be used by a number of laboratoriesOptimization of expenses by mutual utilization of consumptionsHospitality in preparation of proposals to different funds concerning our laboratoriesInformation supportCoordination of educational programs


Planned IndicatorsIndicator 2014 2015 2016

Number of PhDs 60 65 70

Number of graduate students 20 25 30

Number of students 70 85 100

The number of articles in scientific journals indexed by

Web of Science (from the list of top 25%), written by staffs of

the laboratories

40 50 60

Amount of extra attracted grants and contracts

40 mln.rub

60 mln.rub

100 mln.rub

The number of new educational courses

6 8 10

Number of defended diploma works (Bachelor and Master)

25 45 65


International Advisory Board

Leonid Levitov, Professor at MIT; basic research in the physics of condensed matter

Raymond Stevens, professor of Scripps; major works in the field of research and mechanisms of crystallization of membrane proteins

Konstantin Novoselov, professor at Uni of Manchester, the Nobel Prize in Physics in 2010 "for excellence with two-dimensional material - graphene“

International Advisory Board meets at MIPT to discuss most topical areas of fundamental science and making recommendations on the development of ICBR


Electron Beam Lithography System CRESTEC-CABL-

9500C

Acceleration voltage: 50 kV; Wafer Size: up to 100 mm; Beam Diameter: 2nm;Minimum Line Width: 10nm or less lines;

Stitching Accuracy: 20nm (Writing Area 60um sq.)


AFM/MFM AttoDry1000

Atomic force microscope combined with Magnetic force microscope AttoDry1000 by Attocube systems AG. Contains dry helium-temperature pulse-tube cryostat realizing less than 4 K. Change from room to liquid helium temperatures goes in for 10 hours, sample replacement requires only 1 hour. It has superconducting magnet giving up to 9 Tesla.


X-Ray HighFlux HomeLab

The X-Ray HighFlux HomeLab is a two-port X-ray station that supports protein crystallography as well as scattering for life science and other types of materials. The foundation of this system is a second generation microfocus Cu rotating anode generator with loading power of 1.2 kW and brilliance of 31.2 kW/mm2


Crystallization Platform

The crystallization platform consists of innovative equipment covering needs for crystallization of membrane and soluble proteins from designing experiments to analyzing experimental results. It consists of dispensing robot designed to handle up to 25 nL of liquid or viscous substances, storage combined with automatic microscope with possibility for Second-Order Nonlinear Optical Imaging of Chiral Crystals and automated FRAP-instrument.


Light Nanoscope

Light Nanoscope is a unique equipment for advanced fluorescent microscopy. Excitation wavelengths span the whole visible spectral range and near-UV absorbing fluorophores can be excited in two-photon mode. It enables to perform research with a large variety of modern fluorescent microscopy methods


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