Meet Polygence Scholars and explore their projects
Project: “How can random forest regressors be used to better predict how much land a forest fire will burn?“
Project: “How can I develop a website that predicts stock prices using the ML based model ARIMA, and educate users about the process?“
Project: “Publish an article: Kickstart your career as a scholar learning the neuroscience of how your brain interprets sound“
Project: “Comparison of Classification Regions for AI Geolocation“
Project: “Personalization of Major Depression Disorder treatment using heterogeneity of depression“
Project: “Beyond Traditional Financing: A Comprehensive Analysis of the Ascendance of Private Credit in Contemporary Markets“
Project: “How can we further the research in DID and make the diagnosis for the disorder more universally coherent across different cultures?“
Project: “Cycles Blender Render Improvement Extension“
Project: “Creating Curriculum to Prepare Individuals for Software Development“
Project: “What are potential effective practices that can be taken to improve early detection, as well as methodical and efficient treatments for glaucoma?“
Project: “Does transcranial stimulation induced discomfort impact decision-based cognitive performance?“
Project: “Evolution and Usage of English Demonym Suffixes of Countries “
Project: “Heritability of Psychiatric Disorders and their Genetic Correlation with Cardiovascular Disease Risk Factors“
Project: “Can the application of a PVDF coating on windmill blades made out of Zinc Oxide enable the generation of piezoelectricity through mechanical vibrations induced by wind flow?“
Project: “What is the future of wearable devices?“
Project: “What are the driving forces that prevent the support of concepts like gender-affirming care and gender dysphoria?“
Project: “Assessing the performance of AV perception algorithms in adverse snowy weather conditions“
Project: “How do artificial sweeteners relate to different varieties of cancer?“
Project: “A Computer Vision Based System to Make Street Crossings Safer for the Visually Impaired“
Project: “Assessing the performance of machine learning in melanoma detection“