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Exploring synergies between Twinkle and Ariel: a pilot study
Andrea Bocchieri1,2, Luke Booth3, Lorenzo V Mugnai1,3,4,5
1Dipartimento di Fisica, La Sapienza Università di Roma, Piazzale Aldo Moro 5, Roma, 00185 Italy.
Synergies between the Twinkle and Ariel space missions can enhance exoplanet atmosphere characterization. Twinkle
Area of Science:
- Exoplanetary Science
- Atmospheric Characterization
- Spectroscopy
Background:
- Upcoming space missions Twinkle (2027) and Ariel (2029) will perform large-scale spectroscopic surveys of exoplanet atmospheres.
- These missions aim to enable population-level characterization of diverse exoplanets around various star types.
Purpose of the Study:
- To explore potential scientific synergies between Twinkle and Ariel.
- To determine if Twinkle observations can inform Ariel's target selection and observing strategy.
- To encourage further investigation into mission synergies within both communities.
Main Methods:
- Selected a subset of 'cool' exoplanets suitable for both Twinkle and Ariel.
- Computed observation visit numbers using representative noise estimates.
- Simulated and retrieved transmission spectra assuming hydrogen/helium-dominated atmospheres and various models.
Main Results:
- Atmospheric parameters were generally retrieved well within 1-sigma of input values for all candidates.
- Ariel typically achieved tighter constraints on atmospheric parameters compared to Twinkle.
- Synergies were demonstrated for a subset of cool gaseous planets, with Twinkle potentially informing Ariel's observations.
Conclusions:
- Exploitable synergies exist between Twinkle and Ariel for exoplanet atmosphere studies.
- Twinkle observations can inform Ariel's target prioritization and observing strategies.
- Further exploration of these synergies is warranted as both missions approach operation.
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