Baizhi (白芷) is a four-star Glacio Mutant Resonator in Wuthering Waves, serving as a researcher in the field of Remnant Ecoacoustics at Jinzhou's Huaxu Academy. Her Remnant Mutation grants her unique insight into the sonic frequencies emitted by the Tacet Discords that plague the world of Solaris-3, and she channels that academic knowledge directly into combat as one of the game's two dedicated healers. Players rely on her Rectifier to restore the party during extended fights against overworld bosses and in the deeper cycles of the Tower of Adversity.
Her English voice is performed by Samantha Dakin, whose understated delivery balances Baizhi's clinical precision with a subtle tenderness that surfaces whenever she discusses her research or her Remnant Creature companion You'tan. The Japanese voice is provided by Seto Nasa. When CharaVox generates a Baizhi-inspired reference clip, the prompt targets her character performance traits — quiet scholarly composure, careful measurement vocabulary, soft Glacio calm, and the gentle redirection of panic into method — without replicating either voice actor's real recordings.
On this page the workflow centers on original content: sample lines drawn from field-research scenarios, Huaxu Academy life, and the bond between a researcher and her tiny Remnant companion rather than copyrighted story beats, a generated local-model reference audio target, links to related Wuthering Waves healers and Jinzhou allies like Jiyan and Yinlin, and prompt direction that describes tone instead of naming performers. The result is a Baizhi voice card suited for lore shorts, fan edits, academy slice-of-life scenes, and healing-role narration without crossing into official audio territory.
Use the card for fan-safe Wuthering Waves content where the Huaxu healer needs to deliver a status report from the field, calm a frightened patrol member, or narrate the behavior of a newly discovered Remnant Creature. The reference audio on this page is generated locally from original text — no official voice clips are stored, reproduced, or distributed.
