Cosmic Origins Program

NASA AI/ML Science & Technology Interest Group

Building AI literacy for astronomical research through stackable, bite-sized modular training designed for the astronomy community.

25
Lectures
8
Modules
Open
Access
About

A NASA initiative to bring AI into astronomy

NASA Astrophysics

NASA's Cosmic Origins Program

One of the three programs in NASA's Astrophysics division, Cosmic Origins studies how the universe's galaxies, stars, and cosmic structure formed and evolved — the science legacy of Hubble and the road toward the future Habitable Worlds Observatory.

NASA Cosmic Origins
Open Textbook

Deep Learning for Astrophysics

The lecture series, curated into a single, freely available textbook — running from computational foundations and deep-learning architectures through generative modeling and inference to large-language-model agents. The notebook chapters are runnable, with their original outputs preserved, and the exercises use real astronomical data.

What you get

A program built for working researchers

A researcher watching a recorded lecture

Every session, recorded and free

All lectures are recorded and hosted on the NASA Cosmic Origins Program, with a video embedded in each lecture. Learn live on Monday afternoons, or on your own schedule.

  • Weekly one-hour lectures, fully recorded
  • Embedded video on every lecture
  • Open to the international community
Browse the lectures
Curriculum & Lectures

Browse the program by module

25 lectures across 8 modules — recordings, summaries, and materials, all in one place.

All Lectures

25 scheduled lectures
Module 1

Large Language Models as Autonomous Agents

Module 2

Deep Learning Frameworks

Module 3

Neural Network Basics

Module 4

Physics-Inspired Networks

Module 5

Generative Models

Module 6

Ethics and Philosophy of Science

Module 7

Reinforcement Learning

Module 8

AI Opportunities at NASA

Team

Leadership Council

Yuan-Sen TingCo-Chair
Yuan-Sen Ting
The Ohio State University
Digvijay WadekarCo-Chair
Digvijay Wadekar
University of Texas at Austin
Andrew Saydjari
Andrew Saydjari
Princeton University
Alex Gagliano
Alex Gagliano
MIT
Carol Cuesta-Lazaro
Carol Cuesta-Lazaro
Institute for Advanced Study at Princeton/Flatiron Institute
Georgios Valogiannis
Georgios Valogiannis
University of Chicago
Siddharth Mishra-Sharma
Siddharth Mishra-Sharma
Boston University

For inquiries, please contact: ting.74@osu.edu

Across the community

Speakers and leaders from leading institutions

The Ohio State University
University of Texas at Austin
Princeton University
Institute for Advanced Study
Flatiron Institute
MIT
Harvard University
STScI
Northwestern University
Australian National University
University of Manchester
Westlake University
University of Toronto
University of Barcelona
Shanghai Jiao Tong University
University of Cincinnati
Boston University
University of Chicago
Max Planck Institute
NASA Goddard
The Ohio State University
University of Texas at Austin
Princeton University
Institute for Advanced Study
Flatiron Institute
MIT
Harvard University
STScI
Northwestern University
Australian National University
University of Manchester
Westlake University
University of Toronto
University of Barcelona
Shanghai Jiao Tong University
University of Cincinnati
Boston University
University of Chicago
Max Planck Institute
NASA Goddard
Join us

How to participate

Open to all

Become a member

Open to the national and international community without regard to institutional affiliation, education, or career status. Astronomers, astrophysicists, data scientists, and anyone curious about AI in astronomy are welcome.

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