• RSS
  • Submit a Guest Post
  • Undergraduates: Submit your Research!
  • Suggest a Paper Topic!
astrobites
  • About
    • About Astrobites
    • Meet the Authors
    • Statement of Inclusivity
  • Latest Research
    • Daily Paper Summaries
    • Classics
    • Undergrad Research
    • Physical Review Coverage
  • Beyond astro-ph
    • Beyond astro-ph Library
    • Interviews
    • Career Navigation
    • Personal Experiences
    • Current Events
    • Teaching with Astrobites
  • Guides
    • EM Spectrum
    • Galaxies & AGNs
    • Spectroscopy and Spectral Lines
    • Adaptive Optics
    • Gravitational Waves
    • Transient Astronomy
    • Astrophysical Software
    • Graduate School
    • Writing a personal statement for grad apps
    • First Observing Run
    • …More Guides!
Select Page
Why open research practices are a clever move

Why open research practices are a clever move

by Tim Lichtenberg | Dec 8, 2016 | Career Navigation, Crossposts, Daily Paper Summaries

An essay about open scholarly practices in science.

Modest chaos in the early solar system

Modest chaos in the early solar system

by Tim Lichtenberg | Nov 1, 2016 | Daily Paper Summaries

The puzzling architecture of the Solar system has long been a headache for planetary dynamicists. An alternative model of the gas giants’ movements may shed new light on the issue.

Driving planetary dynamos by giant impacts

Driving planetary dynamos by giant impacts

by Tim Lichtenberg | Aug 9, 2016 | Daily Paper Summaries

Earlier than one billion years ago, Earth’s magnetic field had to be driven differently than today. But how? And what can we learn from this about magnetic fields on exoplanets?

Water worlds – self-arrests, thermostats and long-term climate stability

Water worlds – self-arrests, thermostats and long-term climate stability

by Tim Lichtenberg | Jul 1, 2016 | Daily Paper Summaries

Water worlds – do they exist? Or is there an omnipotent self-regulation mechanism which makes terrestrial planets look like Earth?

Massive circumstellar disks accrete faster than low-mass ones

Massive circumstellar disks accrete faster than low-mass ones

by Tim Lichtenberg | May 17, 2016 | Daily Paper Summaries

Do predictions from classical disk theory work with state-of-the-art measurements?

« Older Entries

Loading

Follow our socials

  • Bluesky
  • Facebook
  • Instagram
  • RSS Feed

More Posts About

AAS AGN astronomy astrophysics binary stars black holes cosmology dark matter dwarf galaxies exoplanets galaxies galaxy evolution gravitational waves habitability JWST Kepler Milky Way observations planetary science planet formation protoplanetary disks radio astronomy simulations solar system spectroscopy star formation stars stellar evolution supernovae theory

Posts by Category

  • Accessibility
  • Applications
  • Beyond
  • Book Reviews
  • Career Navigation
  • Classics
  • Climate Change
  • Course Assignments
  • Crossposts
  • Current Events
  • Daily Paper Summaries
  • Game Reviews
  • Guides
  • Historical Astronomy
  • Instrumentation
  • Interviews
  • Outreach
  • Personal Experiences
  • PRJ
  • Quick Notes
  • satellites
  • Teaching
  • Undergraduate Research

More Astronomy

  • AAS
  • AAS Nova
  • astro-ph
  • AstroBetter
  • APOD

Read Astrobites in Other Languages

  • Astrobitos (Spanish)
  • Astropontos (Portuguese)
  • staryab (Farsi)

Listen to Astrobites

  • astro[sound]bites

Discover More Incredible Science

  • ScienceBites Network
  • RSS

© 2025 Astrobites | All Rights Reserved | Supported by AAS | Designed by Elegant Themes | Powered by WordPress