KAIST Visualizes Virtual Roughness to Boost VR Collaboration
KAIST researchers developed a visual technique that displays virtual object roughness through hand outline changes, improving collaborative VR task speed ...
KAIST researchers developed a visual technique that displays virtual object roughness through hand outline changes, improving collaborative VR task speed ...
A psychophysical investigation reveals that tactile friction discrimination on compliant rubber microstructures depends on whether surface textures fall above or ...
A case-control study finds that reduced affective touch experiences are associated with larger interpersonal space in patients with anorexia nervosa, ...
Researchers developed a compact fingertip tactile display using pneumatic unit cell arrays that deliver both static pressure and vibration.
A new perspective in Frontiers in Neurorobotics proposes that humanoid robots could unlock embodiment-dependent neural signals, such as touch and ...
A new vision-based tactile sensor with built-in in-sensor computing promises faster, more efficient robotic touch by interpreting contact data directly ...
Researchers have created a flexible capacitive pressure sensor from a carbonyl iron particle and multilayer graphene composite that lets a ...
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© 2026 Scienmag - Science Magazine