Our research focuses on the fabrication of organic light emitting diodes (OLEDs). To produce efficient OLEDs, charges must be injected into the active organic layer where they can recombine to emit light. In our project, ...

Our project aims to discover the effects that solar winds have on the orbital pathways of planets around massive stars. This will allow us to understand why some planets survive in the habitable zone while others are ...

This study aims to investigate the presence of exosolar planets by utilizing multi-aperture photometry to detect subtle changes in star brightness. This method to detect exosolar planets is currently one of the most ...

Organic Light Emitting Diode (OLED) displays use organic compounds to emit light of many different colors on screen technologies. They can produce a wider range of colors and have higher energy efficiency than traditional ...

When we look up to the stars, we only see a brief snapshot of the universe’s life. The stars change over the course of many millions of years, making it difficult to observe their behaviors. Consequently, astrophysicists ...

Understanding the aerodynamics of systems is crucial in the design of vehicles and structures. Wind tunnels provide a controlled environment to analyze airflow around models that help inform the design process. Large scale ...

The purpose of this project is to build a data collection system that can obtain pressure readings in a wind tunnel to determine the speed of the airflow. In this project, data is collected by a pressure sensor and then ...

Aim: To explore the use of various definitions for the exact moment a collapsing cloud of gas and dust becomes a star, often called the zero-age main sequence (ZAMS).Context: In stellar models, the definition of when a ...

This research details the results of work done in Modules for Experiments in Stellar Astrophysics (MESA) on cataclysmic variables. Cataclysmic variables are binary systems of stars that orbit each other with a period of a ...