An emerging field called optogenetics holds a promising future for neuroscience.
Stem Cell Series, Part 1: Studying neurological disorders through the lens of induced pluripotent stem cells
Sophia Hoar | December 24th, 2024 As with most research subjects, neurological disorders can be studied using a myriad of models. Among the most common…
Vaccine nationalism and favorability: Understanding the COVID-19 pandemic from an implementation science perspective
Zoë Breininger | December 6th, 2024 The COVID-19 pandemic showcased the social, cultural, and economic factors that affect the dissemination of vaccines for communicable diseases.…
The Vanderbilt Fusion Project: A student-led quest to build a nuclear reactor
Kiran Vissa | December 5th, 2024 The Vanderbilt Fusion Project, which began as a group of freshmen brainstorming in their dorm room, is now the…
print(“Hello World!”)
Landri Domingue | December 4th, 2024 If you are well-versed in the complex and rapidly expanding world of computer science, then you are probably familiar…
Redefining stroke intervention through AI and new medical technologies
Darren Wang | December 3rd, 2024 Stroke is a leading cause of long-term disability in adults across the globe, resulting in substantial economic and social…
How algorithms shape your shopping experience
Dalton Malmin | December 3rd, 2024 When you’re scrolling through your favorite online retailer — Amazon, eBay, or maybe even the Vanderbilt Bookstore for next…
How batteries in electric cars will drive the future
Kaylyn Sethakosee | December 2nd, 2024 Electric vehicle usage is capable of drastically improving road safety and public health. Current studies suggest that self-driving cars…