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The Cosmic Pathfinders Program

Cosmic Pathfinders 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.

The 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.

Cosmic Pathfinders Activities

Cosmic Chatter

Cosmic Chatter is a series of regularly scheduled, virtual/online colloquia aimed at an early career science audience. These events will feature prepared remarks from an invited speaker as well as time for discussion and programmatic announcements. Presentation topics will consist of a combination of astrophysics research, as well as professional development topics relevant to this early-career audience. Examples of professional development topics include dealing with imposter syndrome, and how to communicate science effectively. The series will run during a fall term (September – December) and a spring term (January – May). Events will be ninety minutes duration, and will be scheduled monthly. Events will be managed and run by the Program Office, in consultation with student leadership on presenters and topics.

A spiral galaxy that is white in its center and red at its edges. Purple gas rises up and out of the white center in the shape of a "V."
Resembling a swirling witch's cauldron of glowing vapors, the black hole-powered core of a nearby active galaxy appears in this colorful NASA Hubble Space Telescope image. The galaxy lies 13 million light-years away in the southern constellation Circinus.
NASA, Andrew S. Wilson (University of Maryland); Patrick L. Shopbell (Caltech); Chris Simpson (Subaru Telescope); Thaisa Storchi-Bergmann and F. K. B. Barbosa (UFRGS, Brazil); and Martin J. Ward (University of Leicester, U.K.)

Cosmic Pathfinders Events

Cosmic Chatter is the Cosmic Pathfinders Program seminar series of regularly scheduled, virtual/online colloquia aimed at an early-career science audience. These events will feature prepared remarks from an invited speaker as well as time for discussion and programmatic announcements. Presentation topics will consist of a combination of astrophysics research, as well as professional development topics relevant to this early-career audience.

Faint Glow Within Galaxy Cluster Illuminates Dark Matter

Cosmic Chatter

15 April 2025

VV 340: A Cosmic Exclamation Point

Cosmic Chatter

16 September 2024

Thousands of red, white, yellow, and blue stars in a star cluster that is in front of a reddish orange cloud of gas and dust.

Cosmic Chatter

13 June 2024

Multiwavelength images of stars, gas, and dust

Cosmic Chatter

31 May 2024

A large, black circle representing a black hole occupies the right third of the frame in this illustration. Thick, clumpy orange streaks arc above and below it, essentially surrounding it. The top arc extends down to the lower left and then curves around in front of the black hole to form a disk that is tilted toward the viewer. Near the inner edge of the disk, several bright, whiter spots have blue filaments looping above them, representing flares. The words “Artist’s Concept” appear below the illustration.

Cosmic Chatter

30 May 2024

Simulation of the merger of two black holes and the resulting emission of gravitational radiation. The colored fields represent a component of the curvature of space-time. The outer red sheets correspond directly to the outgoing gravitational radiation that one day may be detected by gravitational-wave observatories. The brighter yellow areas near the black holes do not correspond to physical structures but generally indicate where the strong non-linear gravitational-field interactions are in play.Credit: NASA/C. Henze

Cosmic Chatter

18 April 2024

Webb’s image of galaxy NGC 1365 shows a central region that looks like an angled, smashed oval that is a mix of bright orange shades that emanate a blue glow. The galaxy’s bar extends horizontally from the oval. It is crossed by messy dust filaments that curve slightly, forming a backward S shape. Fainter filaments appear below and above the core.

Cosmic Chatter

29 February 2024

Contacts

NameRole
Dr. Peter KurczynskiComic Origins Chief Scientist
Dr. Ronald GambleCosmic Origins Scientist

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