Skip to content
  • NExSS
  • VPL Partners
    • University of Washington
    • Arizona State University
    • CalTech
    • Carleton College
    • Carnegie Institute
    • Georgia Tech
    • Harvard University
    • Lab. d’Astrophys. de Bordeaux
    • LESIA, Observatoire de Paris
    • NASA Ames
    • NASA GISS
    • NASA GSFC
    • NASA JPL
    • Northern Arizona University
    • Rice University
    • Space Telescope Science Inst.
    • Stanford University
    • Univ. of Arizona
    • Univ. Nat’l. Autónoma de Mexico
    • Univ. of California, Riverside
    • Univ. of Chicago
    • Univ. of Colorado, Boulder
    • Univ. of Maryland, College Park
    • Univ. of New South Wales
    • Univ. of Oxford
    • Univ. of St. Andrews
    • Univ. of Victoria
    • Washington Univ. – St. Louis
    • Weber State University
    • Yale University
Virtual Planetary Laboratory
  • Home
  • About Us
    • VPL Overview
    • Contact Us
    • Research Opportunities
  • People
    • Project Leadership
    • Researchers
    • Early Career Researchers
    • Staff
    • VPL Trainees—Where Are They Now?
  • Research
    • Overview
    • Impacts to the Field & Research Highlights
    • Mission Relevance
    • Research Tasks
      • Task A: Solar System Analogs for Exoplanets
      • Task B: The Earth Through Time
      • Task C: The Habitable Planet
      • Task D: The Living Planet
      • Task E: The Observer
  • Models and Spectra
    • Overview
    • Models
    • Spectral Database & Tools
    • VPL Spectral Explorer
  • Publications
    • High Impact Publications
    • ADS Publications Library
    • Publications Archive
  • News & Events
    • Upcoming & Recent Events
    • News Archive
  • Education & Outreach
    • VPL Education & Public Outreach
      • For Students
      • For Teachers
    • What is Astrobiology?

Posts

Natural Affinity May Have Facilitated the Formation of Protocells 

July 29, 2013 Daniel Larsen

Read More >>

Posted in: Featured

Post navigation

← Research Shows “Snowball” Planets Are Less Likely Around Cooler Stars 
Greenhouse Gas May Explain Liquid Water on Early Mars  →

Recent Posts

  • Applications Open for the Heising-Simons 51 Pegasi b Postdoctoral Fellowship at The University of Washington
  • New NPP Opportunity Available with VPL!
  • American Geophysical Union Honors VPL Researchers
  • Work of VPL PI Prof. Victoria Meadows Featured in AAS Nova
  • Work of VPL Researcher Miles Currie Featured in AAS Nova
Copyright © 2024 Virtual Planetary Laboratory