University of North Texas - Physics Department
The vibration isolator will be used to stabilize their AFM to achieve high resolution images of grain sizes in thin films. They will modify these films through different thermal processes.

Rose-Hulman Institute of Technology - Physics and Optical Engineering Department
The vibration isolator will be used for experiments in ultra-sensitive optical measurements and characterization of magneto-optic nanoparticles for cancer hyperthermia therapy.

Wellesley College – Chemistry Department
The isolator will for research studies of pathological changes to excitable cells using fluorescent reporters. They will use microinjection and electrophysiology on intact worms in vivo and culture cells using their Nikon Ti-U microscope which currently has too much vibration movement.

Cornell University – Applied and Engineering Physics Department
The isolator will used fabricating novel two-dimensional (2D) material heterostructures by combining atomically thin 2D materials, such as graphene, hBN, transition metal dichalcogenides, to explore new electronic and quantum phenomena inside an MBraun glovebox under an inert argon atmosphere.

Rutgers University – Physics Department
The isolator will be for a scalable atomic gravimeter to measure the absolute gravity, the vertical gravity gradient, and the third-order vertical derivative by dropping three spatially separated cold-atom cloud and forming atom interferometry, to a retroreflector under a vacuum chamber.

Sam Houston State University – Biological Sciences
The isolator will assist in fluorescent and phase contrast imaging using an ECHO Revolve upright/inverted microscope, allowing publication-quality fluorescence, phase, and darkfield imaging to graduate and undergraduates in research or doing live-cell video.