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JHU's 3.5-m Telescope Insights: Stellar Physics, Galactic Structure, Exo-Planets, and Galaxy Evolution

Explore groundbreaking research from JHU's 3.5-m Telescope since 1992. From stellar physics to exo-planets and galaxy evolution, dive into studies on low-mass stars, metal-poor stars, exo-planet discoveries, and intriguing galactic structures.

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JHU's 3.5-m Telescope Insights: Stellar Physics, Galactic Structure, Exo-Planets, and Galaxy Evolution

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  1. JHU: A Proud Member of ARC Since 1992

  2. Science with the 3.5-m Telescope: Stellar Physics • Measurements of the masses and radii of the lowest mass stars • Leslie Hebb - PhD thesis (DIS)

  3. Science with the 3.5-m Telescope: Galactic Structure • Kinematics and chemical compositions of metal-poor stars in the thick disk imply that they could not have come from disruption of a dwarf galaxy. • Greg Ruchti – PhD thesis • Echelle

  4. Science with the 3.5-m Telescope: Exo-Planets • A Neptune-sized exoplanet (blue) orbiting a binary star • Vaselin Kostov – PhD thesis (DIS)

  5. Science with the 3.5-m Telescope: Galaxy Evolution • HI-rich galaxies have steep declines in the metal abundance in their outer disk • Accretion event? • Sean Moran - DIS

  6. A toast to the 3.5m Telescope from your friends at JHU!

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