SOAR Member Profiles

Shelby Mayhut

• SOAR Position: Member
• Major: Physics
• Faculty Mentor(s): Dr. Daniel Erenso

Current Focus: Exploring Electromagnetic Energy Storage and Emission in Red Blood Cells Derived from Biomass Waste in the Livestock Industry

Additional Interests: Quantum Science and Quantum Computing, Space and Environmental Science, Engineering, Renewable Energy, Biomedical Physics

Project Description

My research journey began in the fall of 2021 under the mentorship of Dr. Daniel Erenso, collaborating with students from diverse majors such as physics and biochemistry. Our team focused on biomedical research involving breast cancer cells, utilizing the laser trapping technique known as optical tweezers. The primary goal was to reduce the threshold radiation dose required for cancer cells while examining the effects of laser applications combined with magnetic microspheres on cellular structures. During this study, we observed an unexpected “star-like” formation in the cell sample and magnetic bead mixture, which is detailed in our publication in The European Biophysics Journal. For more information on this project, please visit this link: https://doi.org/10.1007/s00249-024-01701-3 Currently, our research is centered on analyzing how red blood cells, derived from biomass waste from the meat industry, can store and emit electromagnetic energy from infrared lasers and natural sunlight. The next phase involves developing an AI-assisted computer program to construct a comprehensive emission spectrum profile of ionized red blood cell samples, akin to the spectral profiles of stars. This program will analyze the radiation emissions from the ionized samples, identifying key spectral features such as wavelength, color, temperature, and intensity.

Why does this topic interest you?

Laser-trapping techniques captivate me as both a physics major and a registered nurse with hands-on experience in a cardiac operating room where lasers play a crucial role in surgical procedures. This dual perspective allows me to appreciate the profound impact of lasers in both theoretical and practical applications. Engaging in cutting-edge research that uncovers novel phenomena, such as the intriguing ‘star-like’ formations, is incredibly exciting. Moreover, the potential medical applications of this research, particularly in improving patient outcomes, deeply resonate with my passion for helping others.

What are your professional aspirations?

I aspire to gain experience in a field of physics that emphasizes hands-on work to create or discover new phenomena, solve real-world problems, and advance technology. My goal is to contribute to engineering and other technological fields through innovative research and practical applications. Ultimately, I aim to pursue a PhD to deepen my expertise and make significant contributions to the scientific community.

Do you have any advice for future researchers?

Keep an open mind and choose a project whose purpose resonates with you.

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