Müge Cavdan
@mugecavdan.bsky.social
Postdoctoral researcher at Justus Liebig University Giessen | Vision 👁 | Haptics 🫳🏽 | Material perception | Timing ⏳ | Emotion
It’s a nice tactile addition to the well-known “pip-and-pop” phenomenon, extending it into more complex human-robot interaction environments.
Many thanks to @boracelebi.bsky.social, Julian Kaduk, @swarmdynamics.bsky.social, @kdrewing.bsky.social
Many thanks to @boracelebi.bsky.social, Julian Kaduk, @swarmdynamics.bsky.social, @kdrewing.bsky.social
September 28, 2025 at 11:52 AM
It’s a nice tactile addition to the well-known “pip-and-pop” phenomenon, extending it into more complex human-robot interaction environments.
Many thanks to @boracelebi.bsky.social, Julian Kaduk, @swarmdynamics.bsky.social, @kdrewing.bsky.social
Many thanks to @boracelebi.bsky.social, Julian Kaduk, @swarmdynamics.bsky.social, @kdrewing.bsky.social
Key findings:
- Even though the cues don’t say where, they help people find targets faster in visual scenes.
- The signals improve target identification in addition to helping with search.
Take home message: Brain seems to use brief alerting tactile signals to boost visual processing.
- Even though the cues don’t say where, they help people find targets faster in visual scenes.
- The signals improve target identification in addition to helping with search.
Take home message: Brain seems to use brief alerting tactile signals to boost visual processing.
September 28, 2025 at 11:52 AM
Key findings:
- Even though the cues don’t say where, they help people find targets faster in visual scenes.
- The signals improve target identification in addition to helping with search.
Take home message: Brain seems to use brief alerting tactile signals to boost visual processing.
- Even though the cues don’t say where, they help people find targets faster in visual scenes.
- The signals improve target identification in addition to helping with search.
Take home message: Brain seems to use brief alerting tactile signals to boost visual processing.
Free access: zenodo.org/records/1572...
Touched by vibrations: Intensity modulates valence and arousal on the torso
Previous studies have successfully elicited a wide range of emo-tional responses by stimulating the hand region. The purpose of the current study was to test whether tactile stimuli applied to the tor...
zenodo.org
July 4, 2025 at 3:48 AM
Free access: zenodo.org/records/1572...
🗝️ Key findings:
* Lower amplitudes felt more pleasant and less arousing.
* Vibrations on the back were less arousing and more pleasant than on the front or both sides (front and back).
* The perceived intensity of vibration seems to play an important role in shaping emotional experiences.
* Lower amplitudes felt more pleasant and less arousing.
* Vibrations on the back were less arousing and more pleasant than on the front or both sides (front and back).
* The perceived intensity of vibration seems to play an important role in shaping emotional experiences.
July 4, 2025 at 3:48 AM
🗝️ Key findings:
* Lower amplitudes felt more pleasant and less arousing.
* Vibrations on the back were less arousing and more pleasant than on the front or both sides (front and back).
* The perceived intensity of vibration seems to play an important role in shaping emotional experiences.
* Lower amplitudes felt more pleasant and less arousing.
* Vibrations on the back were less arousing and more pleasant than on the front or both sides (front and back).
* The perceived intensity of vibration seems to play an important role in shaping emotional experiences.