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LENS RESEARCH

Light-Enabled Nano-Systems

Texas A&M University College of Engineering
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LAB EQUIPMENT

  • Ultrafast fs laser, Chameleon Ultra II (maximum power of 3.5 W)
  • Chameleon Compact OPO-Vis (340 nm – 4000 nm)
  • Supercontinuum light source with automated wavelength selectors (450 nm – 2400 nm )
  • Various gas, solid-state, and diode lasers and light sources
  • Monochromators and spectrographs
  • Thermo-electrically cooled silicon spectroscopy CCD camera
  • Liquid nitrogen cooled InGaAs spectroscopy CCD camera
  • CMOS cameras and InGaAs infrared imaging cameras
  • Optical microscope with home-made 2D materials exfoliation and transferring setup
  • A series of objectives (5x, 10x, 20x, 40x, 50x, 100x, large NA, long working distance, etc.)
  • Home-made small sample (~10 μm) transmission, reflection, and absorption setup
  • Home-made pump-probe and time-resolved nonlinear spectroscopic setup
  • Home-made Raman spectroscopic setup
  • Optical power meters, photodiodes, thermal sensors, and photomultiplier modules
  • Crystal-based polarizers and waveplates, and liquid crystal phase retarders and controllers
  • Lock-in amplifier and optical chopper system
  • Oscilloscopes (350MHz)
  • Arbitrary waveform generator
  • Benchtop and compact digital multimeters
  • AC and DC power supplies
  • Optical tables, isolation supports, shelves, and curtains
  • A wide variety of basic optics parts
  • A wide variety of basic opto-mechanics parts, including linear and rotation stages
  • Computer workstation for electromagnetic modeling
  • Electromagnetic simulation packages (COMSOL, MEEP, and so on)

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