- 2021, NSF (funded), PI: “ Solid-State Selenium Photo-multiplier with a High-K Dielectric Blocking Layer for High, Noise-free Avalanche Gain.”
- 2021, NIH R01 (funded), PI: “Prism-PET: A TOF-DOI-Compton PET detector technology for total-body PET imaging.” Ranked 1 percentile.
- 2020, NIH REACH POC (funded), PI: “Development of an ultra-high resolution Brain PET.”
- 2019, NIH R01 (funded), PI: “SWAD: Large-Area Photon Counting X-Ray Imager using Amorphous Selenium,” ranked 10th percentile.
- 2018, NIH R01 (funded), Co-I: “BI-SHARP-AMFPI: high frame-rate and low-dose x-ray,” ranked 4th percentile.
- 2018, NIH R21 (funded), PI: “Field Shaping SHARP-AMFPI: Towards Large-Area, High-Efficiency, and Low-Dose X-ray Imaging,” ranked 14th percentile.
- 2017, NIH R21 (funded), PI: “Se-SSPM: Towards a Low-Cost MR-Compatible Time-Of-Flight PET,” ranked 6th percentile.
- 2017, NIH REACH POC (funded), PI: “Selenium Multi-Well Avalanche Detector for Medical Imaging Applications: mammography and Time-Of-Flight PET.”
- 2016, NIH REACH POC (funded), PI: “NEW-HARP: A highly sensitive avalanche selenium detector for time-of-flight (TOF) positron emission tomography (PET).”
- 2015, NIH R21 (funded), Co-I: “SWAD: Towards Photon Counting Using Amorphous.”
- 2021, DARPA (#D21AP10118) (funded), CO-I: “ Exploiting strong coupling between colloidal quantum dots and avalanche a-Se for high performance hybrid mid-wave infrared sensors and detectors.”
- 2014, SBU-BNL SEED (funded), PI: “Molecular Structure of Thin-Film Amorphous Selenium.”