Debarchan Das

Research Scholar

Debarchan Das

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Office Phone:+91-512-259 7294

Department of Physics

Guide: Prof. Zakir Hossain

Research Topic

Strongly correlated electron systems have attracted considerable attention of condensed matter physics research community due to the many exotic properties which include heavy fermion (HF) behavior, Kondo effect, valance fluctuation, magnetic ordering and superconductivity (SC). My research interest mainly lies on the crystal growth of these rare earth based strongly correlated electron systems and exploration of their physical properties at low temperature. Apart from this I also work on Quantum phase transitions (QPT) and Quantum Critical Point (QCP) in the boundary of magnetically ordered and non-ordered state.

Education

DOCTOR OF PHILOSOPHY: In Physics (2011-Present) I.I.T-Kanpur
MASTER OF SCIENCE: In Physics (2009-2011) I.I.T-Kanpur (Joined the department as a dual degree student
BACHELOR OF SCIENCE: Hons. in Physics (2006-2009) Rishi Bankim Chandra College, Naihati- 7431645, (Affiliated to University of Calcutta)

Website(s)

Homepage

CV

+ - Selected Publications Click to collapse

Reentrant Superconductivity in Eu(Fe1-xIrx)2As2. U.B. Paramanik, Debarchan Das, R. Prasad and Z. Hossain; J. Phys.: Condensed Matter 25 (2013) 265701.
Heavy Fermion and Kondo Lattice Behavior in Itinerant Ferromagnet CeCrGe3 Debarchan Das, T. Gruner, H. Pfau, U.B. Paramanik, U. Bukhardt, C. Geibel, Z. Hossain; J. Phys.: Condensed Matter 26 (2014)106001.
Muon spin relaxation study on itinerant ferromagnet CeCrGe3 and the effect of Ti substitution on magnetism of CeCrGe3 Debarchan Das, A Bhattacharyya, V K Anand, A D Hillier, J W Taylor, T Gruner, C Geibel, D T Adroja and Z Hossain; Journal of Physics: Condensed Matter 27, 016004 (2015).
Heavy fermion and Kondo lattice behavior in the itinerant ferromagnet CeCrGe3 Debarchan Das, T Gruner, H Pfau, U. B. Paramanik, U Burkhardt, C Geibel and Z Hossain; Journal of Physics: Condensed Matter 26, 106001 (2014).
Reentrant Superconductivity in Eu(Fe1-xIrx)2As2. U. B. Paramanik, Debarchan Das, R Prasad and Z. Hossain Journal of Physics: Condensed Matter 25, 265701 (2013).