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NanoCore Research and Facilities

NanoCore is focused on multidisciplinary research in Nanotechnology. Staff and students from many different departments participate in NanoCore. Current research areas are listed below. For more details, comments and suggestions, please contact our director Professor Venky Venkatesan. NanoCore is very well equiped with state of the art facilities that can be used by all participants.

Researchers

  • -Venky Venkatesan - Oxide Electronics, Ion-Beam Imaging and Fabrication
  • -Barbaros Oezyilmaz - Graphene Electronics, Spintronic Materials
  • -Daniel Pickard- Active Plasmonics, Ion-Beam Imaging and Fabrication
  • -Sankar Dhar - Oxide Electronics
  • -Ding Jun - Spintronic Materials
  • -Andrivo Rusydi - Scattering and Valence Spectroscopy in Mesoscopic Systems
  • -Ariando - Charge Transport in Mesoscopic Systems
  • -Qing Wang - Charge Transport in Mesoscopic Systems
  • -Xu Qing Hua - Charge Transport in Mesoscopic Systems
  • -Hyunsoo Yang - Optoelectronics and Spintronic Devices
  • -Jishan Wu - Nanographene synthesis, graphene-based nanocomposites
  • -Aaron Danner - Optoelectronics and Metamaterials
  • -Fwu-Shan Sheu - Bio-Nanotechnology
  • -Daniel Lubrich - Bio-Nanotechnology

    • Facilities and Equipment

  • -Silicon processing: 8 Inch Fab at Silicon Nano Devices Lab (400 sq.m Clean room)
  • -Synchrotron radiation covering spectroscopy from XRay to IR
  • -Focused MeV Proton Beam for Bio imaging of cells and sub 50nm lithography
  • -MeV Van De Graff for Rutherford backscattering and channeling analysis
  • -MeV Pelletron for RBS/ Channeling and variable temperature channeling system
  • -Sub-nm (0.4nm) Helium ion micrsocope for imaging and lithography
  • -Various Electron micrsocopes (SEMs and TEMs)
  • -Fs/Ps Laser spectroscopy Labs for pump-probe measurements
  • -Advanced Nanoparticle lab (inorganic, organic, polymeric, biological)
  • -Nanoparticle characterization Facility
  • -Advanced Thin Films Lab (2 PLD systems, one PLD/ MBE, 1 Pulsed electron deposition)
  • -Target Preparation Facility
  • -Several furnaces for annealing of targets
  • -ALD system
  • -Multi hearth e-beam deposition system
  • -XRD (State of the art Brucker system with 2D detector for pole plot)
  • -AFM/STM/MFM
  • -UV-Vis Spectrometer
  • -UV-IR Photoluminescence System
  • -Optical micrsocopes for Garphene imaging
  • -2 Dilution refrigerators
  • -2 He3 Cryostats
  • -2 He4 variable temperature transport measurement systems
  • -MPMS system (SQUID)
  • -Multi pin probe station
  • -High precision Ion milling system for devices
  • -PEEM System for imaging plasmons in circuits
  • -FIB System
  • -Electron beam writer
  • -Solar Cell Simulator/ Evaluator

    • Helium Ion Microscope

    Four Probe Station

    Pulsed Laser Deposition

    AFM

    2D XRD