This site allows you to participate in the exploration of stars to determine
if a particular star has a planet orbiting it.
The technique of light intensity analysis (photometry) over time is used to find these planets.
A full tutorial and video teach you how to search for exoplanets,
and if you are the first one to discover one, you will be invited to co-author a
research paper documenting the discovery of the planet.
You will analyze data from the Kepler telescope.
This is an exceptional site and you will learn quite a lot about exoplanets
and how to detect them, and will be able to analyze data yourself to contribute
to the planet hunting effort.
This site teaches you about the classification of galaxies and presents data
and images from the Hubble Space telescope.
You can participate in the research by learning how to classify galaxies
and then applying your knowledge to real images from Hubble.
Your classifications will help complete the research on the millions of
galaxies imaged by Hubble.
This site will help you learn about galaxies and their structures,
and your contributions to the research will be valuable in the continuing
study of galaxies at several major universities.
This site teaches you about the structures of the Moon as well as
crater classification, boulder classification, and geological structure
classification and analysis.
Through various tutorials and videos you will learn all about the moon
and its various geological structures.
You will then have the opportunity to examine images of the moon’s
surface and classify the structures in the image based on your newly
Your research will help with the classification of the Moon’s surface
down to individual boulders and craters, as well as cracks, ridges,
channels and other lunar features.
This exciting site is the Royal Observatory of Greenwich’s solar
storm science site, that allows you to learn about the science of solar
storms and participate in the classification and research in the
area of solar events.
The site provides tutorials and an opportunity to use your knowledge
to participate in storm observation and tracking.
This is a great site to participate in solar research.
This site allows you to participate in the research of stardust.
Your will learn, through tutorials (and a test at the end),
to classify stardust from video and single images of the stardust
collected by the Stardust spacecraft from Comet Wild in 2004.
Your research will contribute to the body of knowledge on
interstellar stardust found throughout the galaxy.
This site allows you to participate in research by analyzing
the images from various telescopes across the globe.
Through tutorials and software which you can download,
you will be able to participate in complex scientific research
and explore real life images to support various research programs
such as those from NASA.
This research is a little more demanding than most of the research
on the other sites, but if you are into hard core scientific
astronomical research, this site is for you.
This site allows users to participate in the analysis of
data from the SETI telescopes.
Through software downloads and tutorials, you will learn how to spot
signals from the far reaches of the universe and perhaps you will be
the one to discover the first signal from an intelligent civilization
from the far reaches of the universe.
How Your Computer Can Participate in Astronomy Research
Research in astronomy can be a computationally expensive endeavor.
In order to extract meaningful information from raw data,
astronomers must crunch tremendous amounts of data,
which requires an immense amount of computational power.
Through several online distributed computing astronomy research project sites,
you can learn how to become a part of the distributed research community and
can take part in the research by allowing your computer to be used
when you are not using it.
Milkyway@Home uses volunteered computing resources to create a highly
accurate three dimensional model of the Milky Way galaxy using data gathered
by the Sloan Digital Sky Survey.
It is sponsored by the Rensselaer Polytechnic Institute.
The Milkyway@Home project is generating highly accurate three dimensional
models of the Sagittarius stream, that provides knowledge about how the
Milky Way galaxy was formed and how tidal tails are created when
This site, which uses the SETI model, allows users to participate
in astronomical research through the donation of their computers’ free time.
The site provides the required software as well as training, user groups,
and forums to allow all involved in the project to participate in
discussions about the current research.
As can be seen, the Internet has many valuable resources for amateur
astronomers to participate in the latest research.