Brian Jackson

Associate Professor of Physics at Boise State University

  • About
  • Research
    • CV
    • Joining the Boise State Planetary Science Research Group
    • Research Experiences for Undergrads
    • Ultra-short-period planet database
    • The Short Period Planets Group — S(u)PerP(i)G
    • Google Scholar Page
    • Code
  • Teaching
  • Press
  • Extracurricular Activities
    • Field Trips
      • Bruneau Sand Dunes – 2022 Jun 29
  • Public Outreach
    • Boise State’s Astronomical Observatory
    • Central Idaho Dark Sky Reserve STEM Network

The Short Period Planets Group — S(u)PerP(i)G

Susie Superpig

Susie Superpig

The Short Period Planets Group S(u)PerP(i)G is an international collaboration to find, confirm, and study extrasolar (or exo-) planets orbiting very close to their host stars and in short periods (< 1 day). Already, many candidate planets have been found by our group and others using data from the Kepler and K2 missions.

From wispy gas giants on the verge of disruption to tiny rocky bodies already falling apart, short period exoplanets pose a severe challenge to theories of planet formation and evolution, but they dominate observational constraints on planetary composition, internal structure, meteorology, and more. So understanding these planets is crucial for understanding planets in general.

A full list of all of our ultra-short-period planet candidates can be found here.

Collaborators

Our collaboration consists of experts in exoplanetary transit analysis, radial velocity observations, and planetary dynamics.

  • Elisabeth Adams (Senior Research Scientist, PSI) — Transit analysis, high-spatial resolution imaging and analysis
  • Michael Endl (Research Scientist, McDonald Observatory @ UT Austin) — Radial velocity observation and analysis

Funded Grants

  • “Finding the Next Doomed Worlds”, NASA’s Exoplanets Research Program — PI: Elisabeth Adams; Total Budget: $705,335
  • “Fossil Cores in the Kepler Data”, NASA’s Astrophysical Data Analysis Program (2013-2016) — PI: Brian Jackson; Total Budget: $271,200
  • “The Origins of Close-in Extrasolar Planets”, NASA’s Origins of Solar Systems (2013-2015) — PI: Kaloyan Penev; Total Budget: $104,000

Publications (*- student authors)

  • Ultra-short-period Planets in K2. III. Neighbors are Common with 13 New Multiplanet Systems and 10 Newly Validated Planets in Campaigns 0-8 and 10 — Adams, Elisabeth; Jackson, Brian; *Johnson, Samantha; et al. Planetary Sciences Journal, 2 152.
  • Ultra Short Period Planets in K2 with companions: a double transiting system for EPIC 220674823 — Adams, Elisabeth R.; Jackson, Brian; Endl, Michael; Cochran, William D.; MacQueen, Phillip J.; Duev, Dmitry A.; Jensen-Clem, Rebecca; Salama, Maïssa; Ziegler, Carl; Baranec, Christoph; Kulkarni, Shrinivas; Law, Nicholas M.; Riddle, Reed. eprint arXiv:1611.00397
  • 2016AJ….152…47A –Ultra-short-period Planets in K2 SuPerPiG Results for Campaigns 0-5 — Adams, Elisabeth R.; Jackson, Brian; Endl, Michael. The Astronomical Journal, Volume 152, Issue 2, article id. 47, 13 pp. (2016). Aug 2016.
  • 2013ApJ…779..165J — A Survey for Very Short-period Planets in the Kepler Data — Jackson, Brian; Stark, Christopher C.; Adams, Elisabeth R.; Chambers, John; Deming, Drake. The Astrophysical Journal, Volume 779, Issue 2, article id. 165, 12 pp. (2013). Dec 2013
  • 2013arXiv1309.1499J — Looking for Very Short-Period Planets with Re-Purposed Kepler — Jackson, Brian; eprint arXiv:1309.1499. Sep 2013
  • 2012ApJ…751…96P — Constraining Tidal Dissipation in Stars from the Destruction Rates of Exoplanets — Penev, Kaloyan; Jackson, Brian; Spada, Federico; Thom, Nicole; The Astrophysical Journal, Volume 751, Issue 2, article id. 96, 9 pp. (2012). Jun 2012

Press

  • Planetary candidate KOI-1843.03 has an orbital period (255 min) shorter than the run-time of “Return of the King”
  • 6 Super-Fast Alien Planets May Be Skimming the Surface of Their Stars. — although we found four planets, not six
  • DPS 2013 Press Conference Presentation — “Planets on the Edge”
  • Razor’s edge — New class of exoplanets clock orbits as short as 3 hours
  • Time Really Flies on These Kepler Planets
  • Twitter: decaelus

    Brian Jackson
    • Learn how to save the dark (https://t.co/CqYzD5o2Xh at @BroncoPhysics First Friday Astronomy event this Fri (Feb 3… https://t.co/8B3Set3tW0 10:49:28 2023 Jan 30
    • RT @decaelus: Get paid to live in the beautiful @Idahodarksky next summer - https://t.co/sgoWb9PrpK. E-mail me directly with any question… 05:08:24 2023 Jan 7
    • Get paid to live in the beautiful @Idahodarksky next summer - https://t.co/sgoWb9PrpK. E-mail me directly with an… https://t.co/B9V7FwtQxx 02:47:26 2022 Dec 19
    @decaelus
  • Recent Posts

    • Saving the Dark
    • Introduction to CIDSRSN – 2023 Jan 27
    • Astronomy Research Group Meeting – 2023 Jan 26
    • Astronomy Research Group Meeting – 2023 Jan 19
    • Dust in the Wind – Presentation at College of Idaho – 2023 Feb 14
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