Abstract
Present challenges in electrochromic devices include the limited transmissive and reflective inter-switchability, while achieving high optical contrast, fast switching speed, and cycling stability, simultaneously. In article number 1903198, Pooi See Lee and co-workers develop a quasi-solid-state tristate reversible electrochemical mirror device, which offers highly reversible switching between transparent, greyish-blue, and mirror (reflective) optical states. The alloying approach facilitates the electrodeposition and dissolution of Cu mirror film, allowing enhanced device stability.
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