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The overall tone reflects strong support and curiosity, with posts highlighting the article’s findings about neural encoding of melodic expectations, such as 'responses to musical imagery encode melodic expectations' and noting the publication’s significance with comments like 'very happy to have our studies published.' The language combines academic enthusiasm with accessible summaries, indicating both interest and engagement with the research’s impact.
Most discussions acknowledge and support the significance of the research, especially when referencing the study’s findings about neural responses during musical imagery, as seen in statements like 'evidence that melodic expectations are encoded in neural
The topic of neural responses during imagined music captivates readers, evident in phrases like 'interesting find of the day' and enthusiastic comments about the publication's relevance.
Some posts delve into methodological details and implications, such as mentioning EEG and neural mechanisms, indicating moderate engagement with deeper scientific content.
Participants recognize the study’s importance, noting how it reveals the brain's continuous response to music even in silence, which suggests meaningful scientific and practical implications.
We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https://t.co/bKESgSKeZP; https://t.co/SY2hZvG1A9 @SfNJournals @lsp_ens @Cognition_ENS @diliberg https://t.co/3CFQ1ZSeht
Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues responding to music in silence, according to 2 #JNeurosci studies from Marion et al. @ENS_ULM. Study 1: https://t.co/h0hyH4JRAt Study 2: https://t.co/njKaG7sBlW https://t.co/Cmnih1Bu6N
Imagining a #song triggers similar #brainactivity as moments of silence in #music, according to new research in @sfnjournals. Results reveal how the #brain continues responding to music, even when none is playing. https://t.co/IYH2kDm7wp
31. @Guilhem_Marion, @diliberg & Shamma. 2021. The music of silence: Part I: Responses to musical imagery encode melodic expectations and acoustics https://t.co/8rs4v5GEm5 Evidence that melodic expectations are encoded in neural signals during musical imagery tasks #100papers
They used a completely different methodology (MVPA, MEG, different stimuli). Check out the new preprint from @PVuust's team: https://t.co/PFqxmIVQHq Check out our 2021 studies: https://t.co/RyfVuZl6uT https://t.co/4M5tyzv6L2
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
This study examines how hippocampal neurons in the dorsal CA1 region encode multiple navigation aspects like distance, angle, and position during virtual tasks, demonstrating multiplexed tuning that supports episodic…
This video explores how hippocampal neurons encode navigation details like path distance and head angle during virtual tasks, demonstrating multiplexed tuning that enhances learning and memory through Hebbian plasticity.
They used a completely different methodology (MVPA, MEG, different stimuli). Check out the new preprint from @PVuust's team: https://t.co/PFqxmIVQHq Check out our 2021 studies: https://t.co/RyfVuZl6uT https://t.co/4M5tyzv6L2
31. @Guilhem_Marion, @diliberg & Shamma. 2021. The music of silence: Part I: Responses to musical imagery encode melodic expectations and acoustics https://t.co/8rs4v5GEm5 Evidence that melodic expectations are encoded in neural signals during musical imagery tasks #100papers
RT @CadencePodcast: Imagining a #song triggers similar #brainactivity as moments of silence in #music, according to new research in @sfnjou…
RT @CadencePodcast: Imagining a #song triggers similar #brainactivity as moments of silence in #music, according to new research in @sfnjou…
RT @CadencePodcast: Imagining a #song triggers similar #brainactivity as moments of silence in #music, according to new research in @sfnjou…
Imagining a #song triggers similar #brainactivity as moments of silence in #music, according to new research in @sfnjournals. Results reveal how the #brain continues responding to music, even when none is playing. https://t.co/IYH2kDm7wp
Interesting find of the day #3: Can Non-environmentally stimulated music imagery be associated with neural responses reflective of music reward? https://t.co/nCoidOFPZ1
RT @SfNJournals: Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues respond…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @Guilhem_Marion: We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https…
RT @SfNJournals: Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues respond…
We are very happy to have our new studies about musical imagery published in JNeurosci! You can access them here: https://t.co/bKESgSKeZP; https://t.co/SY2hZvG1A9 @SfNJournals @lsp_ens @Cognition_ENS @diliberg https://t.co/3CFQ1ZSeht
The Music of Silence. Part I: Responses to Musical Imagery Encode Melodic Expectations and Acoustics https://t.co/Wb1GJq7Rh0
RT @SfNJournals: Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues respond…
RT @SfNJournals: Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues respond…
RT @SfNJournals: Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues respond…
RT @SfNJournals: Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues respond…
Imagining a song triggers similar brain activity as moments of silence in music, revealing how the brain continues responding to music in silence, according to 2 #JNeurosci studies from Marion et al. @ENS_ULM. Study 1: https://t.co/h0hyH4JRAt Study 2: https://t.co/njKaG7sBlW https://t.co/Cmnih1Bu6N