Hi, I'm Jorge
About Me

As a first-generation graduate of Columbia University, I am a computational astrophysicist focused on gravitational dynamics and energy transfer in multi-body systems. My research investigates how chaotic three-body interactions enable velocity amplification and orbital scattering beyond classical two-body limits. I develop numerical tools to explore high-dimensional phase space and to better understand how structure emerges within systems that are inherently unstable.
Alongside my research, I maintain a strong interest in propulsion, advanced manufacturing, and technical infrastructure. Designing rocket hardware, modeling thermal systems, and modernizing machining workflows have reinforced a perspective that theory must remain accountable to physical constraint. Across domains, I am motivated by understanding how energy moves through complex systems - whether in orbital mechanics, combustion chambers, or engineered structures - and by building tools that make those systems more legible.
Featured Work
Selected projects showcasing my expertise in optimization, simulation, and systems design.
Want to get in contact?
I'm open to discussions about research, engineering projects, or technical collaborations.


