Eunsin Lee

Eunsin Lee , PhD

Adjunct Assistant Professor

Cincinnati Children's Hospital
UC Health Proton Therapy Center
7777 Yankee Road
Liberty Township, Ohio 45044
Phone 513) 517-0381
Fax 513) 517-0418

Professional Summary

The Proton Therapy Center, operated in conjunction with University of Cincinnati Medical Center features three treatment gantries, with additional space for a fourth gantry to be built when needed. One gantry will be devoted to pediatric patients, one to adults, and one exclusively to research. The research specific gantry will be the only proton gantry in the world fully dedicated to clinical research, and will help the Cincinnati Children's Hospital/UC Health attract the world's best physicians and researchers to launch this exciting technology to the next level.
As a medical physicist, the responsibilities will be to provide leadership and clinical support to Radiation Oncology through consultation with Radiation Oncologists.


Bachelor's Degree: Korea University Seoul, Korea, 2000 (Physics)

Master's Degree: Texas A&M University College Station, TX, 2006 (Physics)

Doctoral Degree: Texas A&M University College Station, TX, 2010 (High Energy Physics)

Postgraduate Certificate : University of Pennsylvania Philadelphia, PA, 2014 (Medical Physics)

Residency: University of Washington Seattle, WA, 2016 (Radiation Oncology Physics)

Research and Practice Interests

Proton Minibeam/Flash Therapy
PET/Prompt Gamma Detector for Proton Range Verification

Positions and Work Experience

2017 -To Present Medical Physicist, University of Cincinnati Medical Center, Cincinnati, OH

2014 -2016 Medical Physics Resident, University of Washington Medical Center, Seattle, WA

2010 -2014 Post Doctoral Research Fellow, University of Pennsylvania, Philadelphia, PA


Peer Reviewed Publications

Eunsin Lee, J Zeng, R S Miyaoka, J Saini, P E Kinahan, G A Sandison, T Wong, H J Vesselle, R Rengan, S R Bowen (2017. ) Functional lung avoidance and response-adaptive escalation (FLARE) RT: Multimodality plan dosimetry of a precision radiation oncology strategy .Med Phys, , 44 (7 ) ,3418-39

Eunsin Lee, J Meyer, G A Sandison (2016. ) Collimator Design for Spatially-Fractionated Proton Beams for Radiobiology Research .Phys Med Biol, , 61 ,6378-89

J C Polf, D Mackin, Eunsin Lee, S Avery, S Beddar (2014. ) Detecting prompt gamma emission during proton therapy: the effects of detector size and distance from the patient .Phys Med Biol, , 59 ,2325-40

Eunsin Lee, J C Polf, D S Mackin, S Beddar, D Donlney, C Ainsley, A Kassaee, S Avery (2014. ) Study of the Angular Dependence of a Prompt Gamma Detector Response during Proton Radiotherapy .Int J Particle Ther, , 1 (3 ) ,731-44

Eunsin Lee, M E Werner, J S Karp, S Surti (2013. ) Design Optimization of a Time-Of-Flight, Breast PET Scanner .IEEE Trans Nucl Sci, , 60 ,1645-52

Eunsin Lee et al (CDF Collaboration) (2010. ) Search for supersymmetry with gauge-mediated breaking in diphoton events with missing transverse energy at CDF II .Phys Rev Lett, , 104 (011801 ) ,

Eunsin Lee et al (CDF Collaboration) (2008. ) Search for heavy, long-lived neutralinos that decay to photons at CDF II using photon timing .Phys Rev D, , 78 (032015 ) ,

Eunsin Lee et al (CDF Collaboration) (2007. ) Search for heavy long-lived particles that decay to photons at CDF II .Phys Rev Lett, , 99 (121801 ) ,

J Meyer, R D Stewart, D Smith, J Eagle, Eunsin Lee, N Cao, E Ford, R Hashemian, J Schuemann, J Saini, S Marsh, R Emory, E Dorman, J Schwartz and G Sandison (2017. ) Biological and Dosimetric Characterisation of Spatially Fractionated Proton Minibeams .Phys Med Biol, , 62 (24 ) ,9260-81

Eunsin Lee, D Perry, J Speth, Y Zhang, Z Xiao, A Mascia (2020. ) Measurement‐based study on characterizing symmetric and asymmetric respiratory motion interplay effect on target dose distribution in the proton pencil beam scanning .J Appl Clin Med Phys, , 21 (4 ) ,59-67

Contact Information

Academic - Cincinnati Children's Hospital
UC Health Proton Therapy Center
Liberty Township  Ohio, 45044
Phone: 513) 517-0381
Fax: 513) 517-0418