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Groups
- Dr. S.K. Dana, Head
- Sri T.K. Mukherjee
- Sri K.M. Dutta
- Sri S.M. Roy
- Sri A.K. Pramanik
- Sri T.P. Nandi
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Vision
The
division supports in-house operation and
maintenance of various sophisticated scientific
instruments, video-conferencing system and
audio-visual systems. Central instrumentation
facilities consist of Electron Microscopes
(Transmission and Scanning), NMR 300 MHz (Bruker)
and NMR 600MHz, Mass Spectrometer. The division
has facilities for UV/IR Spectrophotometers, Ultra
Centrifuges and Super Speed Refrigerated
Centrifuges. The division attempts to develop
simple instruments for biological research like a
cell fusion apparatus. In addition, the division
carries out basic research in the field of
nonlinear dynamics and explores synchronization in
chaotic electronic circuits, biological systems
and genetic networks.
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New
Development:
Our result on chaos
synchronization is recently published in the Physical
Review Letters (vol.100, p.234102, 2008). It
proposed a robust method of synchronization,
antisynchronization and amplification of chaos
in coupled system under mismatch. The theory
is
strongly supported by electronics
experiment. |
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Publications
- I.Grosu,
E.Padmanaban, P.K.Roy, S.K.Dana, Designing
coupling for
synchronization and
amplification of chaos, Physical
Review Letters 100,234102
(2008).
- A.Prasad,
S.K.Dana, R.Karnatak, J.Kurths, B.Blasius,
R.Ramaswamy, Universal occurrence of phase-flip
bifurcation in time delay coupled systems, Chaos 18,
023111 (2008).
- I.T.Tokuda,
S.K.Dana, J.Kurths, Detecting Anomalous phase
synchronization from time
series, CHAOS
18, 023134
(2008).
- S.
K. Dana,
D.C.Sengupta, K.Edoh, Chaotic dynamics in
Josephson junction, IEEE Trans. Circuits
Systs.-I,, 48 (8), 990-996, 2001
- P.
K. Roy, S. Chakraborty, S. K. Dana,
"Experimental observation on the effect of
coupling on different synchronization phenomena
in coupled Chua's oscillators," CHAOS, 13 (1),
342-355,
2003.
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