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77 results for “jzsimon”
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#paperThread #auditory #neuroscience
Our latest paper just came out in the Journal of Neuroscience “Neural Dynamics of the Processing of Speech Features: Evidence for a Progression of Features from Acoustic to Sentential Processing.” We follow the cortical processing of four different speech-like stimuli (https://dushk88.github.io/progression-of-neural-features) through the brain, using MEG, from early auditory cortex to areas processing semantic-level information. The results show that each language-sensitive processing stage shows both an early (bottom-up-like) cortical contribution and a late (top-down-like) cortical contribution consistent with predictive coding. https://www.jneurosci.org/content/45/11/e1143242025
https://fediscience.org/@jzsimon/111865220831291708 -
#paperThread #auditory #neuroscience
Our latest paper just came out in the Journal of Neuroscience “Neural Dynamics of the Processing of Speech Features: Evidence for a Progression of Features from Acoustic to Sentential Processing.” We follow the cortical processing of four different speech-like stimuli (https://dushk88.github.io/progression-of-neural-features) through the brain, using MEG, from early auditory cortex to areas processing semantic-level information. The results show that each language-sensitive processing stage shows both an early (bottom-up-like) cortical contribution and a late (top-down-like) cortical contribution consistent with predictive coding. https://www.jneurosci.org/content/45/11/e1143242025
https://fediscience.org/@jzsimon/111865220831291708 -
#paperThread #auditory #neuroscience
Our latest paper just came out in the Journal of Neuroscience “Neural Dynamics of the Processing of Speech Features: Evidence for a Progression of Features from Acoustic to Sentential Processing.” We follow the cortical processing of four different speech-like stimuli (https://dushk88.github.io/progression-of-neural-features) through the brain, using MEG, from early auditory cortex to areas processing semantic-level information. The results show that each language-sensitive processing stage shows both an early (bottom-up-like) cortical contribution and a late (top-down-like) cortical contribution consistent with predictive coding. https://www.jneurosci.org/content/45/11/e1143242025
https://fediscience.org/@jzsimon/111865220831291708 -
#paperThread #auditory #neuroscience
Our latest paper just came out in the Journal of Neuroscience “Neural Dynamics of the Processing of Speech Features: Evidence for a Progression of Features from Acoustic to Sentential Processing.” We follow the cortical processing of four different speech-like stimuli (https://dushk88.github.io/progression-of-neural-features) through the brain, using MEG, from early auditory cortex to areas processing semantic-level information. The results show that each language-sensitive processing stage shows both an early (bottom-up-like) cortical contribution and a late (top-down-like) cortical contribution consistent with predictive coding. https://www.jneurosci.org/content/45/11/e1143242025
https://fediscience.org/@jzsimon/111865220831291708 -
#paperThread #auditory #neuroscience
Our latest paper just came out in the Journal of Neuroscience “Neural Dynamics of the Processing of Speech Features: Evidence for a Progression of Features from Acoustic to Sentential Processing.” We follow the cortical processing of four different speech-like stimuli (https://dushk88.github.io/progression-of-neural-features) through the brain, using MEG, from early auditory cortex to areas processing semantic-level information. The results show that each language-sensitive processing stage shows both an early (bottom-up-like) cortical contribution and a late (top-down-like) cortical contribution consistent with predictive coding. https://www.jneurosci.org/content/45/11/e1143242025
https://fediscience.org/@jzsimon/111865220831291708 -
@jzsimon Greetings from #Erlangen, hometown of #EmmyNoether !
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@debivort @schoppik @markgbaxter @elduvelle_neuro @beneuroscience @jzsimon @jzsimon @jonny
This year, we have two posters for #SFN both in the morning.
On Tuesday, it'll be on optogenetic self-stimulation with Ben deBivort as co-author:
https://www.abstractsonline.com/pp8/#!/10892/presentation/28323
but it'll be mainly the recent work of undergraduate Luisa Guyton.
On Wednesday it'll be on different ways in which we improve #motorlearning in #Drosophila
https://www.abstractsonline.com/pp8/#!/10892/presentation/29876
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@debivort @schoppik @markgbaxter @elduvelle_neuro @beneuroscience @jzsimon @jzsimon @jonny
This year, we have two posters for #SFN both in the morning.
On Tuesday, it'll be on optogenetic self-stimulation with Ben deBivort as co-author:
https://www.abstractsonline.com/pp8/#!/10892/presentation/28323
but it'll be mainly the recent work of undergraduate Luisa Guyton.
On Wednesday it'll be on different ways in which we improve #motorlearning in #Drosophila
https://www.abstractsonline.com/pp8/#!/10892/presentation/29876
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@debivort @schoppik @markgbaxter @elduvelle_neuro @beneuroscience @jzsimon @jzsimon @jonny
This year, we have two posters for #SFN both in the morning.
On Tuesday, it'll be on optogenetic self-stimulation with Ben deBivort as co-author:
https://www.abstractsonline.com/pp8/#!/10892/presentation/28323
but it'll be mainly the recent work of undergraduate Luisa Guyton.
On Wednesday it'll be on different ways in which we improve #motorlearning in #Drosophila
https://www.abstractsonline.com/pp8/#!/10892/presentation/29876
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@debivort @schoppik @markgbaxter @elduvelle_neuro @beneuroscience @jzsimon @jzsimon @jonny
This year, we have two posters for #SFN both in the morning.
On Tuesday, it'll be on optogenetic self-stimulation with Ben deBivort as co-author:
https://www.abstractsonline.com/pp8/#!/10892/presentation/28323
but it'll be mainly the recent work of undergraduate Luisa Guyton.
On Wednesday it'll be on different ways in which we improve #motorlearning in #Drosophila
https://www.abstractsonline.com/pp8/#!/10892/presentation/29876
-
@debivort @schoppik @markgbaxter @elduvelle_neuro @beneuroscience @jzsimon @jzsimon @jonny
This year, we have two posters for #SFN both in the morning.
On Tuesday, it'll be on optogenetic self-stimulation with Ben deBivort as co-author:
https://www.abstractsonline.com/pp8/#!/10892/presentation/28323
but it'll be mainly the recent work of undergraduate Luisa Guyton.
On Wednesday it'll be on different ways in which we improve #motorlearning in #Drosophila
https://www.abstractsonline.com/pp8/#!/10892/presentation/29876
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Our new #trendsinhearing paper is out!
We found evidence that anticipation of upcoming listening difficulty impacted baseline pupil size and the shape of the task-evoked pupil response during 60-sec story listening.
Led by former UMD postdoc Mike Johns in collaboration with @jzsimon and many others.
#listeningeffort #pupillometry #speechinnoise #gamms
https://journals.sagepub.com/doi/10.1177/23312165241245240 -
Our new #trendsinhearing paper is out!
We found evidence that anticipation of upcoming listening difficulty impacted baseline pupil size and the shape of the task-evoked pupil response during 60-sec story listening.
Led by former UMD postdoc Mike Johns in collaboration with @jzsimon and many others.
#listeningeffort #pupillometry #speechinnoise #gamms
https://journals.sagepub.com/doi/10.1177/23312165241245240 -
Our new #trendsinhearing paper is out!
We found evidence that anticipation of upcoming listening difficulty impacted baseline pupil size and the shape of the task-evoked pupil response during 60-sec story listening.
Led by former UMD postdoc Mike Johns in collaboration with @jzsimon and many others.
#listeningeffort #pupillometry #speechinnoise #gamms
https://journals.sagepub.com/doi/10.1177/23312165241245240 -
Our new #trendsinhearing paper is out!
We found evidence that anticipation of upcoming listening difficulty impacted baseline pupil size and the shape of the task-evoked pupil response during 60-sec story listening.
Led by former UMD postdoc Mike Johns in collaboration with @jzsimon and many others.
#listeningeffort #pupillometry #speechinnoise #gamms
https://journals.sagepub.com/doi/10.1177/23312165241245240 -
Our new #trendsinhearing paper is out!
We found evidence that anticipation of upcoming listening difficulty impacted baseline pupil size and the shape of the task-evoked pupil response during 60-sec story listening.
Led by former UMD postdoc Mike Johns in collaboration with @jzsimon and many others.
#listeningeffort #pupillometry #speechinnoise #gamms
https://journals.sagepub.com/doi/10.1177/23312165241245240 -
RE: https://mastodon.social/@lineara/116292531195291514
Anyone out there interested in solving puzzles? It would be great if someone could figure out how to decipher Linear A writings. #LinearA
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Saturday evening picnic at the Telluride Neuromorphic Engineering Workshop. (The local airport is below us, off in the distance, at 9,000 ft / 2.7 km above sea level. ) #telluride #neuromorph #NeuromorphicEngineering
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CERN gears up to ship antimatter (h/t #FixTheNews)
https://arstechnica.com/science/2025/05/cern-gears-up-to-ship-antimatter-across-europe/ -
@Tirial I use #keyboardmaestro for so many things I’m not even sure where to start. Most common daily use is global keyboard shortcuts, e.g., Cmd-shift-option-ctrl-S to open Safari (I I use Karabiner to remap the Caps Lock key to command-shift-option-control). I also turn my extended keyboard numeric keypad into free StreamDeck. I have a dozen macros that do more complicated things, like one that un-formats and pastes text but works in all apps (special casing MS Word and a few others).
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@dangoodin My go to “find a movie on streaming services”, #justwatch, agrees that it is not currently available.
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Our posters at #SfN and #APAN this year:
—C Fisher et al: Neuroplasticity changes in older adults following auditory-cognitive training
Mon AM G23, APAN A46 AM
—V Commuri et al: Physiological functional connectivity changes during difficult listening in older and younger adults
Tue AM V30, APAN B60 PM
—K Lerud et al: Continuous and concurrent auditory TRFs using both EEG and MEG reveal processing hierarchies during natural speech of competing speakers
Wed PM F36 , APAN B08 PM
#SfN2024 #APAN2024 -
Looks like this upcoming book on #EmmyNoether will be a good read. Her theorems linking physical symmetries and physical conservation laws are arguably the most important theorems in physics. https://www.wsj.com/arts-culture/books/einsteins-tutor-review-emmy-noether-in-space-and-time-30271a53
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Unfortunately I do have a horse in this race. It’s more than a little frustrating that the race is being cancelled after the starting gun. #BrainInitiative
https://fediscience.org/@ct_bergstrom/112278661401758049 -
I’ve been trying very hard to come up with link beteeen the magnetic fields generated by the black hole at the center of our galaxy (that generate the beautiful pattern of polarized light shown here), and the magnetic fields generated by the human brain that I measure in my neuroscience research, but I’m at a loss. Except maybe that black holes and human heads are both approximately spherical. #magnetoencephalography #blackhole https://mastodon.social/@mcnees/112168007768055185
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#Callsheet, the IMDB alternative app (without obnoxious ads), just won an Editor’s Choice award at the Apple App Store. https://mastodon.social/@caseylisscom/111937818600122066
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#neuroscience #paperThread A new #preprint by Dushyanthi Karunathilake https://doi.org/10.1101/2024.02.02.578603
Language has a hierarchical structure, and some neural processing stages seem to align with these levels. Here we record MEG responses from subjects listening to a progression of speech/speech-like passages: speech-modulated noise; non-words with well-formed phonemes; shuffled words; and true narrative. We can then trace the hierarchy of neural processing stages, from acoustical to full language. 1/7 -
#neuroscience #paperThread A new #preprint by Dushyanthi Karunathilake https://doi.org/10.1101/2024.02.02.578603
Language has a hierarchical structure, and some neural processing stages seem to align with these levels. Here we record MEG responses from subjects listening to a progression of speech/speech-like passages: speech-modulated noise; non-words with well-formed phonemes; shuffled words; and true narrative. We can then trace the hierarchy of neural processing stages, from acoustical to full language. 1/7
