Mubdi Rahman


Assistant Research Scientist, Johns Hopkins University


telephone: 443.838.6400


I am an Assistant Research Scientist in the Department of Physics and Astronomy at the Johns Hopkins University. I completed my Ph.D. in Astronomy & Astrophysics at the University of Toronto in 2012, supervised by Christopher Matzner and Dae-Sik Moon.


My thesis is available on the Department Library's webpage.


In addition to my research, I'm passionate about both public outreach and teaching.


Feel free to take a look at my CV (pdf) here.



Clustering-based Redshifts

I've been developing a method to infer the redshift distribution of extragalactic samples based solely on their on-sky positions. I've demonstrated its accuracy by comparing to spectroscopic redshifts, far exceeding the accuracies derived from photometric redshifts. We have already used this method to identify the redshift distributions of samples from the Sloan Digital Sky Survey (SDSS), the Two-Micron All Sky Survey (2MASS), and the Planck All-Sky Survey.


Young Massive Clusters & Associations in the Galaxy

Using near-infrared observations, I've been identifying and characterizing massive, young stellar clusters and associations in the Galaxy. These stellar clusters and associations have evaded detection due to obscuration and confusion through the Galactic Disk. Through this work, we've identified and spectroscopically confirmed the most luminous OB association in the Galaxy; the Dragonfish Association.


Star Formation and Energetic Feedback

Using multiwavelength observations, including WMAP and Spitzer IRAC, I've been able to characterize star formation and energetic feedback in the Milky Way Galaxy.


A full list of my publications is available on the NASA ADS.


Current Course

At Johns Hopkins University, I have designed and am teaching (as of Fall 2016) a full semester first-year seminar, titled "The Unsolved Mysteries of the Cosmos" as a Dean's Postdoctoral Teaching Fellowship.


Previous Courses

At Johns Hopkins University, I designed and taught an intersession course in January 2013 titled "The Unsolved Mysteries of the Cosmos." This course was aimed towards humanities and non-physical science students.


As a graduate student at the University of Toronto, I was a teaching assistant and tutorial leader for the following courses between 2007 and 2012:


  • The Sun and its Neighbours (AST101)
  • Stars and Galaxies (AST 201)
  • Stars and Planets (AST221)
  • Galaxies and Cosmology (AST222)
  • Practical Astronomy (AST225/226)


Current Initiatives

I am actively involved with Youth Science Canada in the promotion, development and delivery of the Gr. 7-12 Science Fair Program across Canada, including the national championships, the Canada Wide Science Fair.


Previous Initiatives

I was a founding member of the astronomy outreach committee at U of T.

I was the Site Chair of Science Rendezvous at U of T, a day long street festival of science attracting thousands, from its founding in 2008 to 2010.


Public & School Talks

I have given dozens of invited public talks to audiences ranging from Kindergarten to Amateur Astronomers. If you would like me to come speak to your group or class, please contact me to make an arrangement. I am particularly excited to speak to high school audiences.


Miscellaneous Resources I want to make available to the community

JHU Visualization
Discussion Group

I am the organizer of the JHU Visualization Discussion Group. Our schedule is available here, and various resources from the group are available on Github.

Computing Resources

I've compiled a variety of python scripts that I use to aid in various astro and plotting functions. These scripts can be cloned from Github.

Science Illustrated

In 2011, we organized a two-day symposium on scientific visualization at the University of Toronto. Video of the sessions is available courtesy of the U of T School of Information.

JHU Python Workshop

In 2015, alongside Dominika Wylezalek and Jorge Barrera-Ballesteros, I organized a a two-day workshop on how to use Python for Astronomers and Physicists. The original workshop website is available here. The workshop slides are also below (in PDF format):

1. The Basics of Python

2. Numerical Manipulation I

3. Numerical Manipulation II

4. Basic Plotting

5. Advanced Data Techniques

6. Advanced Plotting

7. Astronomical Specifics


Feel free to get a hold of me. I'd love to hear from you.



telephone:     +1.443.838.6400

twitter:          @mubdirahman


office:           Room 518
                    Bloomberg Centre for Physics and Astronomy
                    3400 N. Charles Street

                    Baltimore, MD, 21218, USA

© MUBDI RAHMAN 2016 :: :: 443.838.6400 :: @mubdirahman