Theory Group


Cosmic Reionization

Early Universe

First Stars & Galaxies

Fundamental Physics

Structure Formation

Extragalactic Astrophysics

Active Galactic Nuclei

Clusters of Galaxies

Theoretical & Computational Astrophysics

Galactic Evolution

ISM and Star Formation

Milky Way Evolution

Planetary Sciences


Planet Formation

Stellar Astrophysics


Gamma-ray Bursts

Neutron Stars & Magnetars


White Dwarfs

Theory Group : Planetary Sciences : Astrobiology

John Scalo, Alan Sluder, J. Craig Wheeler

ADS | astro-ph

John Scalo  



Research Interests

Star formation; interstellar medium; turbulence; galaxy evolution; complex systems; astrobiology.

Group Areas

Planetary Systems, Atmospheres & Life, Theory, Astrobiology, Planet Formation, ISM and Star Formation, Milky Way Evolution, Star Formation & Protoplanetary Disks

ADS | astro-ph

J. Craig Wheeler  



Research Interests

Stellar evolution; supernovae; accretion discs; gamma-ray bursts, astrobiology.

Group Areas

Theory, Supernovae, Astrobiology, Milky Way Evolution

ADS | astro-ph

Alan Sluder  

Graduate Student

Group Areas

Theory, Astrobiology, Atmospheres & Life

Fraction of stars able to form a > 0.3ME HZ planet as a function of stellar mass. We assume an fZ distribution that is gaussian with a standard deviation of 0.5 dex, and a fixed value of h = 1. The inset shows the effect of varying the limiting mass for habitability from 0.1 to 0.5 ME, for α = h = 1.


A decreased probability of habitable planet formation around low-mass stars astro-ph