Exploring gravitational lensing of red shift star clusters
Unlocking the universe with sharper galaxy images and groundbreaking gravitational lensing technology.
Creating a model of the universe
We're developing an innovative data pipeline using gravitational lensing to reveal clearer images of distant galaxies. By harnessing this natural cosmic magnification, we aim to unlock new insights into the structure and evolution of the universe.
Advance Understanding of the Universe's Origins
Develop a comprehensive model of the universe that simulates the formation of the first stars and galaxies, with a particular focus on gravitational lensing phenomena.
Provide Open-Source Tools for the Astronomy Community
We aim to make our software pipeline publicly available to astronomers and researchers worldwide, enabling them to simulate early cosmic structures and enhance their knowledge using real-world data from the James Webb Space Telescope.
Inspire Future Generations in Astrophysics
Our research strives to engage and inspire students and young scientists by showcasing the importance of computational astrophysics, collaboration, and the use of cutting-edge technology to answer fundamental questions about the cosmos.
Our Research Problem
By creating a pipeline that will apply gravitational lensing to a cosmological model, what can we learn more about the origin and formation of the universe and early galaxies, and how can we make this pipeline accessible to other researchers and a model for future student researchers?
Data Collection
Efficiently gather and preprocess large-scale astronomical data.
Pipeline Optimization
Streamline data analysis with our custom-built, high-performance algorithms.
Lens Detection
Accurately identify and classify gravitational lensing events with precision.
Meet the Researchers
With majors ranging from physics and astronomy to engineering and computer science, we bring unique perspectives together to drive our research.
Computer Engineering
Web Liaison
Physics and Astronomy
Mentor Liaison
Physics
Web Liaison
Mechanical Engineering
Finance Liaison
Aerospace Engineering
Team Liaison
Computer Science and Physics
Web Liaison
Computer Engineering
Web Liaison
Physics and Astronomy
Mentor Liaison
Physics
Web Liaison
Mechanical Engineering
Finance Liaison
Aerospace Engineering
Team Liaison
Computer Science and Physics
Web Liaison
Computer Engineering
Web Liaison
Physics and Astronomy
Mentor Liaison
Physics
Web Liaison
Mechanical Engineering
Finance Liaison
Aerospace Engineering
Team Liaison
Computer Science and Physics
Web Liaison
Computer Engineering
Web Liaison
Physics and Astronomy
Mentor Liaison
Physics
Web Liaison
Mechanical Engineering
Finance Liaison
Aerospace Engineering
Team Liaison
Computer Science and Physics
Web Liaison
Aerospace Engineering
Finance Liaison
Computer Science
Physics
Mentor Liaison
Computer Science
Finance
Physics and Astronomy
Library Liaison
Aerospace Engineering
Finance Liaison
Computer Science
Physics
Mentor Liaison
Computer Science
Finance
Physics and Astronomy
Library Liaison
Aerospace Engineering
Finance Liaison
Computer Science
Physics
Mentor Liaison
Computer Science
Finance
Physics and Astronomy
Library Liaison
Aerospace Engineering
Finance Liaison
Computer Science
Physics
Mentor Liaison
Computer Science
Finance
Physics and Astronomy
Library Liaison
From Concept to Discovery
Stay tuned as we continue to push the boundaries of astrophysics, shedding light on the earliest galaxies and opening doors for future generations of researchers!
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