Raman-PL-Antibunching-Lifetime Spectrometer

Integrated Cryo-Magneto-Optical Measurement System
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SDSU team will develop a correlative cryo-magnetic optical spectrometer that can perform comprehensive optical characterization of quantum defects in hBN and moiré matter with a single setup. This will not only improve efficiency but also provide more consistent and accurate data, extracting all information for SPE characterization. The spectrometer can be used similar to ODMR setup to understand the spin states that contribute to SPEs and their manipulation under the application of a magnetic field at cryogenic temperature.
Chemical Vapor Deposition System for 2D hBN Growth
Chemical Vapor Deposition System for 2D TMDs Growth

Quantum Materials Transfer and Processing
Magnetron Plasma Sputter Coater with Thickness Control
Tabletop Hi-Speed Spin Coater (10000 RPM and 5'' Wafer)
Isotemp General Purpose Heating and Drying Oven
High-Performance Lab Computing and Server Facilities with the Behura Research Group
  1. Mercury GPU208 2U Server
  2. Precision 7865 Tower

Central Equipment Facilities at SDSU

SDSU Electron Microscopy Facility
  1. FEC Tecnai 12 Transmission Electron Microscope
  2. FEI Quana 450 FEG Scanning Electron Microscope
  3. Leica DMRBE Upright Light Microscope
  4. EMS 150 Sputter Coater
Nanofabrication Facility (Prof. Sam Kassegne)
  1. Class 100 Cleanroom (1600 sq. ft.)  
  2. Metal Electrode Depositions
  3. Dry (DRIE) and Wet Etching
  4. Soft and Deep UV Lithography