I enjoyed presenting on Project Calliope two weeks ago, at the 215th AAS meeting. I have a partial podcast of my talk in preparation, but in the meantime, here are the visual slides from my presentation (and also up as a PDF at ProjectCalliope.com. The most important theme I covered was the shift from a tech mindset (build a crack engineering team) to a social mindset (gather a circle of interested people able to talk this up). Though the value of the talk was in the dialog, not the slides, this does provide a useful basic primer on the how and why of launching a personal picosatellite.
Project Calliope
Abstract: We present the 'Project Calliope' picosatellite to explore how to use social media to initiate, fund, and engage in scientific research. 'Project Calliope' is a sonified ionospheric detector being launched in 2010 on the "TubeSat" platform. It has no federal or academic contribution, and relies on 'citizen scientists' and such 'citizen journalist' channels as ScientificBlogging.com for its technical and infrastructure support. The fundamental question of whether good science can come from small packages has a mixed answer. We put forth the 'Science2.0' concept of science as play, provide a method for engaging individuals as contributors, discuss the pros and cons of operating a research project with full transparency, and present preliminary K12 outreach results.
Output: MIDI music signals
Why?
Reality: I can build it solo, using COTS! But promotion requires many hands.
Public: via ScientificBlogging.com
Tech: Infusion Systems' tech team, InterOrbital Systems CEO
Music: P2PNet, Audio4Cast, Echolot
Edu: Project ASTRO, regional K12, J. Wallin
Academia: <crickets>
Alex
Track The Satellite Diaries via RSS feed and Twitter @skyday (or go slumming in my main column, the Daytime Astronomer)
Project Calliope
Science&Social Media
Alex Antunes, Ph.D.
Abstract: We present the 'Project Calliope' picosatellite to explore how to use social media to initiate, fund, and engage in scientific research. 'Project Calliope' is a sonified ionospheric detector being launched in 2010 on the "TubeSat" platform. It has no federal or academic contribution, and relies on 'citizen scientists' and such 'citizen journalist' channels as ScientificBlogging.com for its technical and infrastructure support. The fundamental question of whether good science can come from small packages has a mixed answer. We put forth the 'Science2.0' concept of science as play, provide a method for engaging individuals as contributors, discuss the pros and cons of operating a research project with full transparency, and present preliminary K12 outreach results.Project Calliope is a science/music satellite
Input: Earth's Ionosphere orbital environmentOutput: MIDI music signals
Specs:
- InterOrbital.com $8K 'TubeSat' in a 3-16 week polar orbit
- 'ICube-X' Sensors from InfusionSystems.com
- 2 ionospheric magnetic sensors
- 1 particle counter
- 4 light sensors to track spin
- 1 temperature sensor
- Downlink via shared HAM, estimate 90-180 minutes/day.
- Redistribution via web and P2P
Why?
- Dawn of private space age
- 'Small science' by individuals
- Science&Music collaborating
- Open notebook science
- Sharing and remixing
- It's what I do.
Fueled by Social Media
Original plan: assemble a crack engineering&ops team, then promote it myself.Reality: I can build it solo, using COTS! But promotion requires many hands.
Communities Engaged
The Future is 2010/2011
There is a love and need for space, not just among techies but among musicians, artists, students, anyone who looks up. @skyday #aas215  |
| This bear will fly to space! |
Alex
Track The Satellite Diaries via RSS feed and Twitter @skyday (or go slumming in my main column, the Daytime Astronomer)
