Legal Liability for Returning Firearms to Suicidal Persons Who Voluntarily Surrender Them in 50 US States.

Temporary transfers of firearms from suicidal persons is a strategy to reduce the incidence of suicide deaths. We discuss a barrier to the effective operation of voluntary temporary firearm transfer laws: the dearth of guidance on the liability for returning firearms to persons who voluntarily surrender them. We examine the laws of all 50 US states that regulate temporary surrenders of firearms and evaluate whether any provisions govern liability for returning temporarily surrendered firearms.Although 14 states create background check exceptions to permit temporary transfers of firearms from an owner to family, friends, retailers, or law enforcement, no states prescribe procedures for returning those firearms.ability for returning the firearms to people who voluntarily surrendered them.We recommend amending state laws to clarify the process and liability for returning temporarily surrendered firearms to the original owner. Such amendments would be intended to mitigate the potential chilling effect that lack of clarity and presumption of liability may impose on efficiently reducing firearm access to protect firearm owners at risk for suicide.

Task-Irrelevant Sound Corrects Leftward Spatial Bias in Blindfolded Haptic Placement Task.

We often rely on our sense of vision for understanding the spatial location of objects around us. If vision cannot be used, one must rely on other senses, such as hearing and touch, in order to build spatial representations. Previous work has found evidence of a leftward spatial bias in visual and tactile tasks. In this study, we sought evidence of this leftward bias in a non-visual haptic object location memory task and assessed the influence of a task-irrelevant sound. In Experiment 1, blindfolded right-handed sighted participants used their non-dominant hand to haptically locate an object on the table, then used their dominant hand to place the object back in its original location. During placement, participants either heard nothing (no-sound condition) or a task-irrelevant repeating tone to the left, right, or front of the room. The results showed that participants exhibited a leftward placement bias on no-sound trials. On sound trials, this leftward bias was corrected; placements were faster and more accurate (regardless of the direction of the sound). One explanation for the leftward bias could be that participants were overcompensating their reach with the right hand during placement. Experiment 2 tested this explanation by switching the hands used for exploration and placement, but found similar results as Experiment 1. A third Experiment found evidence supporting the explanation that sound corrects the leftward bias by heightening attention. Together, these findings show that sound, even if task-irrelevant and semantically unrelated, can correct one's tendency to place objects too far to the left.