User Portlet
Featured Contributor
Wolfram Emerging Leaders Program
Wolfram Summer Programs
LOCATION: Not indicated
BLOG: http://wolfr.am/camp
INTERESTS IN JOBS & NETWORKING: Not indicated
ABOUT ME:
The Wolfram Emerging Leaders Program (WELP) is a follow on from the Wolfram High School Summer Research Program, designed to give opportunities for exceptional students to continue to develop their skills. WELP students are organized into groups of 3-5, and work on a project together over the course of a 14 week semester. Students go through the entire product development cycle: from brainstorming a potential project, to creating a minimum viable product, to iterating on their idea, to producing an interesting and worthwhile project.
STAFF PICKS:
- [WELP19] Visualizing Topic Progression in a Text
- [WELP19] Detecting Gerrymandering with Visualization and Analysis
- [WELP19] Exploring and Predicting Unemployment in the USA
- [NB] WELP19: Non-Deterministic Localized Model of Disease Spread
- [WELP20] Acoustic Modeling with Generated Depth Maps
- [WELP20] Using Hexagonal Cellular Automata to Model Flooding
- [WELP20] Using Linguistic Analysis to Computationally Replace Given Similes
- [WELP20] Political Idea Blocking - Simulating Political Change
- [WELP21] Reading and playing sheet music
- [WELP21] Comparing translated texts to quantify language efficiency
- [WELP21] Emerging strategies of adversarial AIs for Tic-Tac-Toe & 2048
- [WELP21] Recommending WL functions from natural language input
- [WELP21] Analyzing bias in media
- [WELP22] Emotion detection in audio
- [WELP22] Simulating media's effects on inflation in a simple economy
- [WELP22] Solving and visualizing word problems
- [WELP22] Linking changes in stock prices to company events
- [WELP22] Mathematical Modeling of Electrophysiology in Cardiac Cells
- [WELP22] Sub-axiomatic foundations of group theory in SK combinators
- [WELP22] Fake News Detection on Twitter: A Bayesian Framework
- [WELP22] Investigating changes in Arctic Sea ice levels
- [WELP22] Accelerating simulations of systems of particles