All articles tagged with #granular media
Scientists have discovered that humans possess a 'remote touch' sense, allowing them to detect buried objects in loose materials like sand with about 70% accuracy, outperforming robots in the same task, which opens new possibilities for fields like archaeology, forensics, and planetary science.
Scientists have confirmed that humans possess a 'seventh sense' of remote touch, allowing them to detect objects buried in loose materials like sand with about 70% accuracy, outperforming robots in subtlety. This ability, akin to certain shorebirds' prey detection, suggests that humans can perceive faint pressure ripples in granular media, opening new possibilities for applications in archaeology, forensics, and planetary science. Future research aims to explore different materials, improve robotic sensing, and understand the underlying neural mechanisms.
Scientists have discovered a new 'seventh sense' in humans called remote touch, which allows people to detect objects buried in granular materials like sand with high precision, similar to shorebirds. Experiments showed humans can sense objects up to nearly 7 cm away, and robotic sensors trained with AI could replicate this ability, opening new possibilities for exploration and technology development. This discovery broadens our understanding of human perception and has potential applications in archaeology, space exploration, and robotics.
Research reveals humans possess a 'seventh sense' called remote touch, allowing them to detect buried objects beneath sand before contact, a capability supported by experiments and robotic models, which could have applications in archaeology, search and rescue, and planetary exploration.