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The discussions highlight how the research demonstrates cerebral plasticity by showing that blind individuals can develop spatial sound maps in their visual cortex, leveraging words like 'incredible' and 'beautiful example of brain adaptability' to emphasize its importance. The tone is both amazement and curiosity, with participants contemplating future possibilities such as encoding visual scenes through sound, indicating an overall perception of high potential impact.
Most discussions support the idea that the brain's plasticity allows blind echolocators to repurpose visual regions for processing spatial sound, indicated by phrases like 'incredible finding' and 'cerebral plasticity.'
The conversations show high curiosity, with words like 'very interesting' and 'imagine what will happen,' suggesting participants find the research engaging and thought-provoking.
Many posts analyze the methods and implications, for example, referencing fMRI studies and discussing potential future applications like encoding visual input through sound, which demonstrates deep engagement.
Several discussions underscore the significance of the findings, hinting at transformative potential in understanding neuroplasticity and sensory substitution, although this perception is cautious with mentions like 'only 15 participants,' indicating reco
In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who learn to echolocate, the region is repurposed to process sounds instead. https://t.co/MXTWhLJv2v Original Article: https://t.co/SLfHZ7bOTX https://t.co/QPKZLD4Pqv
Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la corteza visual. Parece ser que la información es más importante que el canal sensorial por el que se adquiere (paper) https://t.co/RkAHYkwFg3 (blog, abajo) https://t.co/sjwwgvpOBW
Echolocation and the human brain - primary visual cortex maps locations of sound in blind people, in the same way as it maps locations of light in sighted people https://t.co/80r9tUCq0j @DurhamPsych #echolocation #openaccess https://t.co/rPm4VvgIW0
【反響定位を習得した視覚障害者は音で見ている】 視覚障害者の中には、イルカのようにエコーロケーション（反響定位）による空間認知を習得している人がいる。 舌を鳴らして反響定位しているときの視覚障害者の視覚野の脳活動は、晴眼者が物を見ているときと同等であった。 https://t.co/IwkiKCzAOX
@iki_dp @Riivves @Filmantopia @kaijusamurai24 @fasc1nate If you’re curious here’s the latest good study on echolocation and humans. https://t.co/32IEQkArYS
Hermoso ejemplo de plasticidad cerebral y de cómo el ambiente modela lo que traemos en los genes. https://t.co/kAIt7SZZ3w https://t.co/PkuB5SPkfW
Neuroscience debates the nature of consciousness, exploring how brain activity causes awareness. Hosted by Anthony Brown, this video delves into theories and current research on this abstract concept, highlighting…
Explore the concept of neuroplasticity, its actual capabilities, and how it influences skill development and brain function. The video clarifies misconceptions and discusses scientific evidence regarding neural…
@iki_dp @Riivves @Filmantopia @kaijusamurai24 @fasc1nate If you’re curious here’s the latest good study on echolocation and humans. https://t.co/32IEQkArYS
@kaziya21_VRC どうもそうみたいです https://t.co/ixN8O488vT
RT @kokamoto46: 【反響定位を習得した視覚障害者は音で見ている】 視覚障害者の中には、イルカのようにエコーロケーション（反響定位）による空間認知を習得している人がいる。 舌を鳴らして反響定位しているときの視覚障害者の視覚野の脳活動は、晴眼者が物を見ているときと同等…
【反響定位を習得した視覚障害者は音で見ている】 視覚障害者の中には、イルカのようにエコーロケーション（反響定位）による空間認知を習得している人がいる。 舌を鳴らして反響定位しているときの視覚障害者の視覚野の脳活動は、晴眼者が物を見ているときと同等であった。 https://t.co/IwkiKCzAOX
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
https://t.co/v2Hbgh39eQ
@ProfLKloepper @UBDVTLab here it is https://t.co/1ClEX8FpH3
Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of blind human echolocators | Proceedings of the Royal Society B: Biological Sciences https://t.co/FghlLPdnhd
Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of blind human echolocators https://t.co/5fjsrRIG82
Niewidomi ludzie, którzy używają echolokacji do mapowania swojego otoczenia, podobnie jak nietoperze, czy delfiny, mają dostosowany obszar mózgu, który pozwala im „widzieć” dźwiękiem, sugerują nowe badania.
#surprised Some people can use echolocation! https://t.co/kOihVu59ov
This is interesting. Blind people who use echolocation were studied using fMRI and found to use their visual cortex to process the spatial information they perceived: Science mag article: https://t.co/R8qi4rhwim Original paper: https://t.co/yRkNUg8i6k
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
"task-specific organization can extend even to primary sensory cortices, and in this way is pivotal in our reinterpretation of the functional organization of the human brain." https://t.co/JqXl7GPDZ0
Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of #blind #human #echolocators | #cognition #echolocation #perception https://t.co/mLXiBC2MNy
Incredible finding - blind brains use the 'space' that would have been applied to seeing to create echolocation maps instead
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
一次視覚皮質において、盲目で反響定位を活用する群の音の刺激地図は、目が見える群での視覚の刺激地図に相同する。この類似性の程度は、反響定位能力と正に関連する。脳活動のトップダウン調整では説明できないRetinotopic-like maps of spatial sound in primary ‘visual’… https://t.co/KzBwkcfHn4
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
RT @SteveStuWill: In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who…
In sighted people, the brain's primary visual cortex processes visual information from the eyes. But in blind people who learn to echolocate, the region is repurposed to process sounds instead. https://t.co/MXTWhLJv2v Original Article: https://t.co/SLfHZ7bOTX https://t.co/QPKZLD4Pqv
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
RT @seeingwithsound: Retinotopic-like maps of spatial sound in primary "visual" cortex of blind human echolocators https://t.co/dpuze1tL17…
Seeing with sound: https://t.co/XO5bwTK4jz
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
Hermoso ejemplo de plasticidad cerebral y de cómo el ambiente modela lo que traemos en los genes. https://t.co/kAIt7SZZ3w https://t.co/PkuB5SPkfW
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
RT @BioTay: Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la cor…
Las personas ciegas que se guían por ecolocalización utilizan el cortex primario visual. Usan la orientación espacial de la corteza visual. Parece ser que la información es más importante que el canal sensorial por el que se adquiere (paper) https://t.co/RkAHYkwFg3 (blog, abajo) https://t.co/sjwwgvpOBW
RT @seeingwithsound: Retinotopic-like maps of spatial sound in primary "visual" cortex of blind human echolocators https://t.co/dpuze1tL17…
RT @seeingwithsound: Retinotopic-like maps of spatial sound in primary "visual" cortex of blind human echolocators https://t.co/dpuze1tL17…
RT @RSocPublishing: Echolocation and the human brain - primary visual cortex maps locations of sound in blind people, in the same way as it…
Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of blind human echolocators | Proceedings of the Royal Society B: Biological Sciences https://t.co/e0sbLtwwnB
RT @RSocPublishing: Echolocation and the human brain - primary visual cortex maps locations of sound in blind people, in the same way as it…
Very interesting study! Only 15 participants, but still incredible to see how the brain can adapt in some individuals.
@CNRS @franceculture @Sciences_Avenir @sciencemagazine [L’étude à découvrir] 02/10 > Cartes du son spatial de type rétinotopique dans le cortex ‘visuel’ primaire https://t.co/1zQpagoLXH via @RSocPublishing #LaMethSci
Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of blind human echolocators | Proceedings of the Royal Society B: Biological Sciences https://t.co/Ar4oEjWWYC
RT @RSocPublishing: Echolocation and the human brain - primary visual cortex maps locations of sound in blind people, in the same way as it…
Echolocation and the human brain - primary visual cortex maps locations of sound in blind people, in the same way as it maps locations of light in sighted people https://t.co/80r9tUCq0j @DurhamPsych #echolocation #openaccess https://t.co/rPm4VvgIW0
RT @DurhamPsych: New from Dr Liam Norman & Dr Lore Thaler: Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of blind human…
Retinotopic-like maps of spatial sound in primary "visual" cortex of blind human echolocators https://t.co/dpuze1tL17 Now imagine what will happen when encoding truly visual input (from a camera) in sound/soundscapes...; beyond #echolocation
Retinotopic-like maps of spatial sound in primary "visual" cortex of blind human echolocators https://royalsocietypublishing.org/doi/10.1098/rspb.2019.1910 Now imagine what will happen when encoding truly visual input (from a camera) in sound/soundscapes...; beyond #echolocation
New from Dr Liam Norman & Dr Lore Thaler: Retinotopic-like maps of spatial sound in primary ‘visual’ cortex of blind human echolocators in Proceedings of the Royal Society B: Biological Sciences https://t.co/mBWha1jmIU
https://doi.org/10.1098/rspb.2019.1910. form area in the blind. Neuron. 2012:76(3):640–652. https://doi. Norman LJ, Thaler L. Stimulus uncertainty affects ...
... 10.1098/rspb.2019.1910). Even simpler, our eyes filter out things like our nose which are in our field of vision and join overlapping images ...
... 10.1098/rspb.2019.1910 Neuroscientists See Unique Brain Changes in Blind People Who Learn to 'See' With Sound https://www.sciencealert.com ...
org/doi/10.1098/rspb.2019.1910. Neuroscientists See Unique Brain Changes in Blind People Who Learn to 'See' With Sound https://www ...
... 10.1098/rspb.2019.1910. © wissenschaft.de - Daniela Albat. Teilen: Facebook · Twitter · LinkedIn · Xing; Newsletter; Drucken. Zurück zur ...
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