 I'm Dustin Getz and my demonstration is titled Exploiting Biomechanical Resonance for Taktar Source Relocalization. In our demonstration we leverage Resonance modes of the hands articulated structure to modulate the perceived source location of vibration feedback. Using this approach we cause vibrations applied by a single actuator to be perceived to originate from a passive secondary contact over 5 centimeters away. The mechanism underlined this Taktar Relocalization effect stems from Resonance modes of the hands articulated which transmit vibrations far from the source, yielding oscillatory loading at the passive secondary contact. Via behavioral study we found that this Relocalization effect could be produced reliably using low frequency vibrations known to excite Resonance modes of the hands. Thus using this effect we can independently deliver feedback to two distinct locations by simply modulating the frequency content from a single mechanical actuator. We are excited about the potential for this perceptual effect to enable new capabilities for haptic devices.