Alex Gagliano is a post-bac researcher in the Theoretical Division of Los Alamos National Laboratory. His current work involves the integration of cosmology simulations with chemical networks to study the early evolution of simple molecules, and he is exploring machine learning applications in astrophysics as well.
Alex is passionate about astronomy outreach and developing tools to make astronomy accessible to all. Most recently, he traveled to Goa, India, where he showcased work using spectroscopy to study the elements through sound.
BSc in Computational Modeling & Data Analytics, 2017
Virginia Polytechnic Institute & State University
By aggressively using the Freedom of Information Act, SHNS reporter Tom Hargrove constructed a database of over 525,000 homicides from the past 30 years. He found that nearly 185,000 of these killings remain unsolved, and that success of police departments vary wildly across the country. Can his analysis be improved using machine learning?
As the recipient of the 2015 Wayne and Claire Horton Fellowship, I traveled to Gabon and studied traditional astronomy beliefs in different Ethnic groups.
The large scale distribution of globular clusters in the central region of the Coma cluster of galaxies is derived through the analysis of Hubble Space Telescope/Advanced Camera for Surveys data.
The National Science Foundation is interested in evaluating the economic impact of Open Source Software (OSS) without using survey data. This is a three-tiered problem; we must: (1) gather data, (2) define what it means to innovate, and (3) model the innovation of OSS packages.
For thousands of years, we have used our eyes to study the cosmos, but what if we could use our ears, or our hands? What would we learn if we gave everyone a chance to experience our universe?
This report investigates the effect of increasing driverless cars on a closed segment of highway with a sophisticated simulation that includes various speeds, lane changes, levels of traffic, and other realistic characteristics of roadway flow.
I am interested in ethnoastronomy and archaeoastronomy, particularly how astronomy history and culture within a country can be used to promote interest in math and science while preserving regional culture. I have undergone astronomy outreach work in the following countries: