10 years. 6 filters. 1 tiny patch of sky. Thousands of time-variable cosmological distance probes.
We are interested in making high accuracy cosmological measurements of type IA supernovae and strong gravitational lens time delays with the Large Synoptic Survey Telescope data. To do this, we need to build a number of software instruments, and these must be tested and validated against realistic simulated data. We are using the LSST photon simulator PhoSim to generate a ten year, 6-filter set of mock images of a small patch of moderate Galactic latitude sky, containing an unrealistic overdensity of supernovae and lensed quasars but with realistic observing conditions and cadence. See the documents below for more details of our evolving plans and progress to date.
- Follow this link to see what's currently in progress.
- We are proposing Twinkles as a 2015 DESC Taskforce, in order to kick-start development ready for a first data release at DC1.
- Twinkles is on the sky! LSST DESC Hack Day, February 2015.
- Initial design for the Twinkles pipeline LSST DESC Hack Day, February 2015.
- Run 1 planning Jan 28 telecon, post Hack Day consolidation.
- Scientific and Technical Motivation
- Survey Design
- Data Generation and Analysis: Pipeline Design
- Getting Set Up to Run Twinkles Simulations
- Richard Dubois (SLAC)
- Tom Glanzman (SLAC)
- Simon Krughoff (UW)
- Phil Marshall (SLAC)
- Michael Wood-Vasey (Pitt)
- Curtis McCully (LCOGT)
- Bryce Kalmbach (UW)
- Tony Johnson (SLAC)
- Saba Sehrish (Fermilab)
- Seth Digel (SLAC)
This is work in progress. If you would like to cite the Twinkles project in your research, please use '(LSST DESC, in prep.)' for now, and provide the URL of this repository. We aim to release our data products along with a companion paper some time in 2015. If you are interested in this project, feel free to post greetings, comments or queries to the issues.
All content is Copyright 2015 by the above authors, and distributed under the MIT License, which means you can do whatever you like with it but agree not to blame us - but we'd prefer it if you kept in touch while you did so!