The recent advancements in haptic feedback for virtual reality (VR) are significantly enhancing the realism and immersion of virtual environments. Researchers are focusing on developing innovative devices and models that simulate tactile sensations more accurately and naturally. One notable trend is the integration of mechanical stimulation and visual feedback to create pseudo-haptic experiences, which are proving effective for tasks requiring weight discrimination and estimation. Additionally, wearable haptic devices are being designed to provide 360-degree torque feedback, improving the user's interaction with virtual tools and objects. Another emerging area is the design of one-handed XR interfaces, where grasp volume data is being utilized to create more intuitive and ergonomic interactions. These developments collectively aim to bridge the gap between physical and virtual interactions, making VR experiences more immersive and practical for a variety of applications.

Noteworthy papers include one that introduces a haptic device stimulating mechanoreceptors on both sides of the fingernail for enhanced dexterity in VR, and another that proposes a wearable device rendering 360-degree torque feedback on the wrist, significantly improving the realism of virtual interactions.