TL;DR
This paper discusses advancements in miniaturizing planet-finding spectrometers to create smaller, more powerful instruments for detecting exoplanets.
Contribution
It introduces new methods for reducing the size of spectrometers while maintaining or improving their detection capabilities.
Findings
Spectrometers can be made significantly smaller without loss of performance.
Miniaturized spectrometers enable more accessible and widespread exoplanet searches.
The proposed designs outperform traditional larger instruments in key metrics.
Abstract
Like the miniaturization of modern computers, next-generation radial velocity instruments will be significantly smaller and more powerful than their predecessors.
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