Simulating accurate weight forces in Virtual Reality (VR) is an unsolved challenge.
Therefore, providing real weight sensations by transferring liquid mass has emerged as a …

Liquid mass transfer has emerged as a promising approach to induce weight perception in
Virtual Reality (VR). This concept utilizes a tubing system to exchange a liquid between two …

Perceiving objects' and avatars' weight in Virtual Reality (VR) is important to understand
their properties and naturally interact with them. However, commercial VR controllers cannot …

Previous works have done several kinds of haptic techniques for simulating the touching
experience of the virtual object. However, the feedback on the object's weight has less been …

Rendering haptic sensations while interacting with virtual objects, such as experiencing
weight is essential for creating natural virtual reality (VR) experiences. However, accurately …

With rapid advances in virtual reality (VR) technology, the use of haptics has become
important to allow users to feel the physical properties of virtual objects. Current research …

During interaction in a virtual environment, haptic displays provide users with sensations
such as vibration, texture simulation, and electrical muscle stimulation. However, as humans …

Haptic feedback in virtual reality (VR) allows users to perceive the physical properties of
virtual objects (eg, their weight and motion patterns). However, the lack of haptic sensations …

Handheld virtual reality (VR) controllers enable users to manipulate virtual objects in VR but
do not convey a virtual object's weight. This hinders users from effectively experiencing …

Virtual Reality (VR) devices empower users to experience virtual worlds through rich visual
and auditory sensations. However, believable haptic feedback that communicates the …