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The Cosmic Pathfinders Program

This is a student-focused program of online events and in-person gatherings that provides an interface to NASA astrophysics. It is motivated by an immediate need to develop the next generation of the STEM workforce in space-related fields.

Cosmic Pathfinders Activities

Explore the Cosmic Pathfinders activities that provides an interface to NASA astrophysics.

Resembling an opulent diamond tapestry, this image from NASA's Hubble Space Telescope shows a glittering star cluster that contains a collection of some of the brightest stars seen in our Milky Way galaxy called Trumpler 14.
NASA/STScI

The Cosmic Pathfinders Program includes an ongoing series of virtual colloquia, called Cosmic Chatter, that addresses astrophysics research and professional development topics. The program also includes virtual hack-a-thons that offer instruction for analyzing NASA mission and archival datasets. Finally, the program sponsors in-person sessions at professional society meetings and opportunities for engagement with NASA astrophysics Program Analysis Groups.

Cosmic Pathfinders Program Goals

  • Promote Open Dialogue: The program initiates discussions on prominent challenges that students face in today's STEM professional landscape.
  • Nurture Professional Growth: The program will access key topics pertaining to navigating a career in science including the acquisition of relevant scientific and mathematical skills and other professional scientific skills.
  • Broaden Horizons: The program creates exposure and opportunities for students to develop relationships with professionals from a range of space science disciplines in academia, government, and private industry. The program facilitates participation in space science professional society conferences, such as the American Astronomical Society meetings.
Ronald Gamble, NASA Goddard Space Flight Center/University of Maryland, College Park

News & Events

Meetings, conferences, seminars, workshops, and other news and announcements.

Cosmic Pathfinders

Membership Membership in the Cosmic Pathfinders Student Program is open to the national and international scientific community without regard to institutional affiliation, education, or career status. Students from designated countries, in accord with NASA policy, will not be admitted into…

Aug 25, 2025
Topic
Cosmic Chatter April 15, 2025

Cosmic Ray Shielding, Solar Power, and Planetary Habitability Alaa Salah Afifi | Keplar Space University This research links cosmic ray shielding with the solar power and the solar heliosphere to improve planetary habitability and enable safer exploration. It covers the…

Apr 15, 2025
Topic
Cosmic Chatter Early-Career Talk Series 15 April 2025

Greetings Cosmic Origins Community! Please join the next early-career talk in the Cosmic Chatter talk series organized by the Cosmic Pathfinders Program. Cosmic Ray Shielding, Solar Power, and Planetary Habitability Date April 15th 4:00 – 5:00pm ET Meeting connection info…

Apr 11, 2025
Topic
Cosmic Pathfinders Activity at AAS 245

Beyond the Horizon: NASA Astrophysics Trivia Challenge Monday, January 13, 2025 | 1:00 PM ET – 2:30 PM ET Location: Chesapeake J/K/L Abstract In an effort to make science more engaging and informative, the NASA Cosmic Pathfinders is hosting a…

Dec 9, 2024
Topic
Cosmic Chatter Jun 13, 2024

No Merger No Cry: Assessing the Purity of Ground-Based Starburst Samples via High-Resolution JWST Imaging in COSMOS-Web Speaker: Emma Kleiner (NASA GSFC) Abstract: With the exciting launch of JWST, COSMOS-Web (Cycle 1, PIs: Casey and Kartelpe) allows for a first…

Jun 13, 2024
Topic
Cosmic Chatter May 31, 2024

How Do You “SciComm”? Science Communication in the World of Social Media Dr. Raven Baxter (Dir. of Science Communication, Ichan School of Medicine at Mount Sinai)Elizabeth Tammi (Hubble Space Telescope Social Media Lead, NASA/GSFC)Courtney Lee (Nancy Grace Roman Space Telescope…

May 31, 2024
Topic

Membership

Membership in the Cosmic Pathfinders Student Program is open to the national and international scientific community without regard to institutional affiliation, education, or career status. Students from designated countries, in accord with NASA policy, will not be admitted into the program. Membership is identified by subscription to a dedicated email distribution list for the program that is maintained by the Cosmic Origins Program Office. Membership has no fixed duration and may be withdrawn at any time. Program membership recruitment will be primarily focused on undergraduate, graduate, and post-bac students, in addition to early-career scientists in industry.

University chapters will go through a charter submission period before the start of each fall and spring academic semester and are approved after review by the Cosmic Origins Program Office representative in consultation with the student leadership.

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An illustration of Sun-like star HD 181327 and its surrounding debris disk. The star is at top right. It is surrounded by a far larger debris disk that forms an incomplete ellpitical path and is cut off at right. There’s a huge cavity between the star and the disk. The debris disk is shown in shades of light gray. Toward the top and left, there are finer, more discrete points in a range of sizes. The disk appears hazier and smokier at the bottom. The star is bright white at center, with a hazy blue region around it. The background of space is black. The label Artist's Concept appears at lower left.