Meet Polygence Scholars and explore their projects
Project: “Exploring Autonomous Systems: Understanding how autonomous systems think, perceive, plan and act“
Project: “Investigation of Gender and Body Image“
Project: “How did Hungary, Yugoslavia, and Czechoslovakia utilize the world's fairs during the Cold War era to portray a national identity to the world?“
Project: “Reducing E-Waste by generating repair schematics from a photo“
Project: “What are genetic contributors to glioma, and how do they affect brain cancer progression and treatment?“
Project: “How does music influence our dreams?“
Project: “How can we apply pre-trained transformers for generation of MIDI music files given input by a user?“
Project: “Stem Cell Therapies on Patients Suffering Ischemic Stroke“
Project: “The Experience of Trans-Athletes “
Project: “Ketamine's Pro-Cognitive Potential in Psychiatric and Neurodegenerative Diseases: A Systematic Review and Future Perspective“
Project: “b“
Project: “Ozone pollution and phytochemical smog in urban areas with a special focus on Los Angeles Metro Area“
Project: “How does district funding affect the graduation rate?“
Project: “Queer Asian American Belonging and Narrative in Everything Everywhere All At Once (Kwan & Scheinert, 2022) and Sewing Patches Through Performance (D’Lo, 2021)“
Project: “Social Issues In Sports“
Project: “Caffeine Consumption and Sleep in Adolescent Student Athletes“
Project: “How well does the integration of Inertial Measurement Units (IMUs) and Visual Odometry (VO) contribute to accurate and drift-free navigation of unmanned aerial vehicles (UAVs) in GPS-denied environments? “
Project: “Systematic Review on the Usage of Artificial Intelligence in CRISPR-Cas9 Genome Editing Technology for Organoid Research“
Project: “Gray Chameleons on the Rise: Mental Illness in the LGBTQ+ CommunityWhat biological and environmental factors influence increased rates of suicide and depression in the LGBTIQ community?“
Project: “How can advanced in silico methods be used to repurpose or discover more effective, selective, and potent drug therapy for EGFR-mediated lactate metabolism in cancer cells?“