PROJECTS

Cosmic Mining

Stellar research – students analyse data to uncover stars forming and fading in our galaxy and beyond, helping scientists uncover the history of our Universe.

Project timeline

Cosmic Mining follows IRIS’ 4 phased project structure:

 

Phase1
4Weeks timeframe

Prepare & launch: Teachers prepare then launch the project, using our helpful guidance documents.

Phase2
6Weeks timeframe

Background research & skills development: With access to our support materials, students develop the knowledge and skills required to successfully complete research.

 

Students learn about the evolution of stars, the electromagnetic spectrum and spectral analysis.

Phase3
18Weeks timeframe

Student research: Students carry out spectral analysis of stars based on data collected by the Spitzer Space Telescope. They classify each stellar object, then move on to analyse data, identifying unique features of the objects. They just might discover a new stellar body in the night sky.

Phase4
9Weeks timeframe

Artifact development and conference:  Students produce an article, academic poster presentation or academic paper, based on their research process and/or findings with the aim of exhibiting at IRIS’ conference.

Overview

Skill level
Moderate
Age
suitability
14+
SubjectsASTRONOMY/ PHYSICS
SubjectsASTRONOMY/ PHYSICSWatch to discover Cosmic Mining
Project partners

Most of the materials around us were formed by stars living, dying and colliding with each other. However, there are still many questions as to how these elements are made and distributed throughout galaxies like our own Milky Way. 

 

As part of Cosmic Mining, students will be analysing data from the Spitzer Space Telescope. Young researchers learn how to examine and classify stellar objects based on the light they emit. Their work contributes to the first fully classified catalogue of these sources, which will be an extremely valuable resource for astronomers. 

 

The ultimate goal, however, is to assist astronomers with the identification and selection of potential targets for the James Webb Telescope – the soon to be largest, most powerful and complex space telescope to ever be built. This will contribute to the development of an observing proposal which makes the scientific case for pointing the huge space observatory at these objects. 

 

Cosmic Mining links to physics and astronomy topics such as electromagnetic spectrum, spectral analysis and stellar evolution. 

Participating in a real research project, which has an effect on the discovery on new stars and exoplanets has been captivating, especially because it is different and more in depth than what is in the curriculum at school.

StudentCamden School for Girls