Quantum Transport & Devices Lab
( QTDL )
Single Molecular Transport
Hybrid Low Dimensional Devices
●Understanding metal molecule
contact formation
● Highly conducting molecular junction
● Effect of quantum interference
● Mechanical Gating
● Formation of 1d chain at 4.2K
● Optoelectronics with graphene-TMD hybrids
● 2D-spin crossover composites
● 2D magnetic heterostriuctures
Research Directions
Emerging Quantum Materials
● Charge Density Waves, magnetism and Superconductivity
● Topological Dirac semimetals
● Magnetic layered materials
Experimental Techniques
● Fabrication of nanodevices using cleanroom facilities
● Mechanically Controllable Break Junction (MCBJ) for single molecular transport
● Inelastic electron spectroscopy
● Electronic and magnetic transport from 400K to milli Kelvin temperature
● Low frequency noise
● Shot noise
● CV measurement
● Deep Level Transient Spectroscopy (DLTS)