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Existing designs of transformation acoustic cloaks are not easy to implementin many practical situations because of their large dimensions, whilescattering cancellation cloaks do not protect the inner cloak volume. Here wereport implementation of an acoustic metamaterial exhibiting cylindricaldispersion in an ultra-thin (~1mm) and ultra-lightweight (~3g) acoustic cloakdesign intended to protect a human-head-size object in air, which combinesscattering cancellation in the far-field with efficient sound proofing of theinner cloak volume.

Ultrathin ultralight acoustic cloak