Meet Polygence Scholars and explore their projects

Project: “An Overview of Pulsars and XNAV: Modern Astrophysics' Interstellar GPS“

Project: “Genetic therapeutics to treat Alzheimer's disease and how they compare to current therapies“

Project: “Relationship between economic stress and alcohol addiction in Kazakhstan“

Project: “Can a neural network determine whether or not a person has Parkinson's Syndrome?“

Project: “Endocrine Disrupting Chemicals (EDCs) in the Gulf of Thailand : A Review and Identifying Knowledge Gaps“

Project: “Investigating the Driver of the Scatter in the Star Forming Sequence“

Project: “Bots Across Borders: Analyzing AI Deployment Across Hospital Wealth Levels“

Project: “Is there an association between a high dietary glycemic index/glycemic load and the risk of developing gynaecological cancer in women?“

Project: “Predicting Excess Bond Returns using Neural Networks“

Project: “What are the similarities and differences between the education & employment policies targeting people with learning disabilities such as dyslexia in Singapore and the USA? (And how might they improve?)“

Project: “Analyzing the disparities in access to medication amongst pediatric patients in low income families (and how to help)“

Project: “Lei Feng Pagoda: Translation of Chapter Six (by Nandini Shukla)“

Project: “Digitalization in developing economies: a case study on Pakistan's Banking Sector“

Project: “Examining the Relationship Between Bilingual Code-Switching and Executive Functioning“

Project: “Review Article Outline: Secondary Malignancies Following Radiation Therapy“

Project: “Evaluating the Environmental Impacts and Sustainability Initiatives of NBA Arenas“

Project: “Navigating the Digital Shift: The Impact of E-Commerce on Brick-and-Mortar Retail Strategies and Consumer Behavior“

Project: “A Guide to Skin Types and Their Treatments“

Project: “Using nanoparticles to treat glioblastomas“

Project: “Without adjusting other jet engine components, and without the creation of alloys able to survive at new, higher temperatures, the only way to increase the efficiency of a jet engine is by increasing the cooling of its blades. Can this cooling increase be achieved using 3D printed blades, and does that technology offer the next big leap in jet engine performance?“