Project Overview
Disk Detective is a NASA-supported citizen science astronomy project where students help identify dusty disks surrounding stars using infrared space telescope data. These disks may be regions where planets are forming, helping scientists better understand the origins of planetary systems.
Learning Outcomes
- Understanding planet formation and stellar systems
- Exposure to infrared astronomy and space telescope data
- Development of observation and classification skills
- Introduction to planetary science and astrophysics
- STEM and astronomy career awareness
Student Activities
- Analyze infrared images of stars
- Identify dusty disks and surrounding structures
- Classify potential planet-forming regions
- Participate in astronomical data analysis activities
- Submit findings through the research platform
Eligibility
- • Middle school to high school students
- • Beginner-friendly participation
- • Suitable for astronomy clubs and STEM programs
Program Duration
- • Flexible and self-paced participation
- • Suitable for workshops, astronomy camps, and long-term programs
- • Online participation available
Participation Process
1
School/student registration
2
Orientation to planet formation and infrared astronomy
3
Access to telescope image datasets and tools
4
Students analyze and classify stellar disk observations
5
Contributions submitted to the project platform
Resources Provided
- Infrared telescope datasets
- Online classification platform
- Astronomy tutorials and educational resources
- Planet formation learning materials
- Participation guidance support
Deliverables / Outputs
- Dusty disk classification reports
- Observation and image analysis summaries
- Student participation records
- Astronomy research contribution logs
Recognition & Certification
- Participation recognition
- Exposure to NASA-supported planetary science research
- Opportunity to contribute to studies of planet formation
School Benefits
- Introduces students to modern planetary science research
- Enhances STEM and space science education
- Encourages scientific curiosity and analytical thinking
- Strengthens astronomy-focused educational experiences
Spaceadhyaan Support
Infrared astronomy and planet formation orientation sessions
Student participation guidance
Astronomy mentorship support
School activity coordination
Let Students Explore Where New Planets May Be Forming
Enable students to analyze real space telescope data and contribute to the discovery of planet-forming disks around distant stars through Disk Detective.