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Implementation: Robotic arms and haptic interfaces that provide resistance and force sensations. Impact: Crucial for simulating physical interactions and enhancing the sense of presence.

Implementation: Scent generators that release odors corresponding to the VR content. Impact: Adds a layer of immersion by including the sense of smell into the experience.

Implementation: Limited research and development of taste simulation. Impact: Could potentially provide a more complete sensory experience by incorporating the sense of taste.

Implementation: Use of haptic devices and wearables. Impact: Enhances realism by simulating the sense of touch, improving user immersion.

Implementation: Devices that can change temperature in response to VR stimuli. Impact: Increases immersion by simulating temperature changes that match the virtual environment.

Implementation: Resistance-based systems and exoskeletons. Impact: Gives users the sensation of weight, force, and resistance, enhancing the perception of virtual objects.

Implementation: Sensors to monitor physiological responses. Impact: Allows for adaptive experiences that can respond to the user's emotional state.

Implementation: Spatial audio technologies and surround sound headphones. Impact: Provides directional cues and a more immersive auditory experience.

Implementation: High-resolution head-mounted displays (HMDs) with wide field of view. Impact: Core component of VR for creating convincing environments and presence.