@ChrisOfClarke @twi_mar Yep - it's been around for a while now https://t.co/3nE9z3rUp6
Y, como siempre, para terminar, algunas referencias: 🔸https://t.co/6Bt1lNmqan 🔸https://t.co/ZcyJVGQ7jA 🔸https://t.co/51JOGvzuqQ 🔸https://t.co/2hHOOb3Gox 🔸https://t.co/XzoMb9kp3D 🔸https://t.co/cJSpTE7Sg3
RT @DrGBuckingham: @StevenDakin And blind individuals who are expert at this use occipital areas to decode these echoes https://t.co/3nE9z3…
RT @DrGBuckingham: @StevenDakin And blind individuals who are expert at this use occipital areas to decode these echoes https://t.co/3nE9z3…
@StevenDakin And blind individuals who are expert at this use occipital areas to decode these echoes https://t.co/3nE9z3rUp6
@JCarlson87 @NeuroYogacara And in fact, Daniel Kish shows activation in his primary visual cortex when listening to recordings of his mouth clicks and the returning echoes when he is locating and identifying objects. See this fMRI study we carried out a n
RT @DrGBuckingham: Fun fact - I'm participant C2 (control 2) in one of my favorite papers, examining the neural correlates of human echoloc…
RT @DrGBuckingham: Fun fact - I'm participant C2 (control 2) in one of my favorite papers, examining the neural correlates of human echoloc…
Fun fact - I'm participant C2 (control 2) in one of my favorite papers, examining the neural correlates of human echolocation in expert echolocators (I was a non-echolocating age-matched control) https://t.co/3nE9z3rUp6 https://t.co/nKVrfIw5XJ
@PsychScientists The evidence that brain regions (e.g V1) seem to deal with information typically conveyed by a modality, rather than simply processing a specific modality, comes primarily from fMRI (in humans) https://t.co/3nE9z3rUp6
RT @action_brain: A number of years ago, Lore Thaler, Steve Arnott, and I showed that the "visual" cortex of expert blind echolocators was…
RT @action_brain: A number of years ago, Lore Thaler, Steve Arnott, and I showed that the "visual" cortex of expert blind echolocators was…
RT @action_brain: A number of years ago, Lore Thaler, Steve Arnott, and I showed that the "visual" cortex of expert blind echolocators was…
RT @action_brain: A number of years ago, Lore Thaler, Steve Arnott, and I showed that the "visual" cortex of expert blind echolocators was…
RT @DrGBuckingham: I am one of the control brains in this study - arguably my best contribution to science https://t.co/5o7HSUlMr7
I am one of the control brains in this study - arguably my best contribution to science
A number of years ago, Lore Thaler, Steve Arnott, and I showed that the "visual" cortex of expert blind echolocators was co-opted for the processing of echoes. https://t.co/BDAxmVCFp5 https://t.co/51JWdYJxsX
@nickgaspelin @bradpwyble @chazfirestone Maybe a bit off topic, but I love teaching this one: Human echolocation recruits 'visual' cortex. Shows that this part of the brain cares about tasks more than inputs, and has a ton of cool pyschophysics and really
RT @HeatherEHeying: @Jefferson_Hick This result is from a tiny, but intriguing study. Popular (science journalism) account: https://t.co/Y…
@Jefferson_Hick This result is from a tiny, but intriguing study. Popular (science journalism) account: https://t.co/YrwDxoNuqx Original research: https://t.co/0HPCMRRnLp Incorporated into my piece, Memories of a Mugging: https://t.co/sxG7ZNnqbF
@LoisLame I think it was this one https://t.co/Ir7tx1uvTB
RT @GeneticJen: MRI studies suggest their brains are processing the clicks like visual information rather than audio https://t.co/ljVbRfF3wV
RT @GeneticJen: MRI studies suggest their brains are processing the clicks like visual information rather than audio https://t.co/ljVbRfF3wV
RT @GeneticJen: MRI studies suggest their brains are processing the clicks like visual information rather than audio https://t.co/ljVbRfF3wV
MRI studies suggest their brains are processing the clicks like visual information rather than audio https://t.co/ljVbRfF3wV
Curiously, also involved in human echolocation https://t.co/ZWWiMgWX1L
RT @SteveStuWill: The click-echos are processed in visual areas of the brain, rather than auditory areas http://t.co/k6vrUXZgKi Seeing with…
RT @SteveStuWill: The click-echos are processed in visual areas of the brain, rather than auditory areas http://t.co/k6vrUXZgKi Seeing with…
The click-echos are processed in visual areas of the brain, rather than auditory areas http://t.co/k6vrUXZgKi Seeing with your ears!?
RT @Selerax: @Neuro_Skeptic My favourite (if true): echo-locating humans (!) who may recruit V1 for echolocation (!!!) http://t.co/NgDBFve8…
@Neuro_Skeptic My favourite (if true): echo-locating humans (!) who may recruit V1 for echolocation (!!!) http://t.co/NgDBFve8LF
Neural Correlates of Natural Human Echolocation in Early and Late Blind Echolocation Experts #Daredevil http://t.co/CwFPhPb8Lo
Just found out that human echolocation is a real thing. Prospect of going blind won't give me nightmares anymore http://t.co/Z2dwCihRpb
"@DoctorZen: @LitheLilly Humans CAN echolocate! http://t.co/GWhEn8FIVk Scientific paper: http://t.co/9WGpoZwv68" thats so cool! Thankyou (:
@LitheLilly Humans CAN echolocate! http://t.co/IQ4UtTjKiz Scientific paper: http://t.co/qxLgyFPheH
Je découvre que certains aveugles utilisent l'écholocation ! http://t.co/mEqrFfWcl5 (une référence scientifique ici http://t.co/waD1KBS8xS )
Articulo interesante sobre ecolocacion en personas ciegas #sefipCursoVisual http://t.co/h7B6RionkY
Articulo interesante sobre ecolocacion en personas ciegas #sefipCursoVisual http://t.co/h7B6RionkY
echolocation http://t.co/uZ6vMElqO9
#PLOSONE: Neural Correlates of Natural Human Echolocation in Early and Late Blind Echolocation Experts http://t.co/VRfvTFlt
@SoundingTheSea Don't forget echolocating humans! http://t.co/TcFhnETK
RT @uranus_2: 人間にはコウモリと同じく、自ら音を発し反響音で定位する能力がある。この能力は聴覚皮質より視覚皮質を使用。 Neural Correlates of Natural Human Echolocation … http://t.co/fCKhiah1
RT @uranus_2: 人間にはコウモリと同じく、自ら音を発し反響音で定位する能力がある。この能力は聴覚皮質より視覚皮質を使用。 Neural Correlates of Natural Human Echolocation … http://t.co/fCKhiah1
人間にはコウモリと同じく、自ら音を発し反響音で定位する能力がある。この能力は聴覚皮質より視覚皮質を使用。 Neural Correlates of Natural Human Echolocation … http://t.co/fCKhiah1
Researchers at @westernu are studying echolocation in blind humans using fMRI. Open access journal article here. http://t.co/rr6x2IbP
PLoS ONE: Neural Correlates of Natural Human #Echolocation in Early and Late Blind Echolocation Experts - http://t.co/FW39WwVk
RT @gk_oyama: RT @shuzo_skt 盲目の人が反響定位(エコロケーション)する時の脳活動(PLoS One) http://t.co/iVnkF59 聴覚より視覚野の活動が重要、との結論。
PLoS ONE: Neural Correlates of Natural Human Echolocation in Early and Late Blind Echolocation Experts http://t.co/pjEYtxW
有難うございます!確かにこの場合、音波ですね。RT @hundun2: 元ネタの論文はこちら。超音波ではなく、普通の音波のソナーという事かと。 http://t.co/z3BifhV RT 人間も特定の環境下では超音波で物体を認識する能力 http://t.co/NqTyDPy