Gemma Fernández-Rubio

PhD student at @musicbrainAU

[Communications Biology @CommsBio]

Fast neuroimaging of long-term musical sequence recognition gives insight into age-related neural changes @LeonardoBo92, @musicbrainAU, @Carlsbergfondet, @lundbeckfonden, @UniofOxford, @AarhusUni, @gemmaferu, @PVuust, @HedoniaResearch, @OxPsychiatry https://t.co/43EcP4MzBm

[Leonardo Bonetti @LeonardoBo92]

Thanks to @OxPsychiatry for their kind article about our new paper in Nature Communications!

https://t.co/cuOI7GxFTp

[Danmarks Grundforskningsfond @GrundforskFond]

🧠A new study from @AarhusUni and the @Universityofoxf may lead to new ways of screening for #dementia.
New paper from @MusikInTheBrain 👏👇
https://t.co/tXHioM8tik

[MIT Jameel Clinic for AI & Health @AIHealthMIT]

Researchers @mit and @musicbrainAU asked participants to listen to & memorize parts of Johann Sebastian Bach’s Prelude No. 2 in C Minor, BWV 847 to understand brain mechanisms underlying the recognition of sound in a new paper published in @NatureComms https://t.co/atmiL7r1Hl

[Leonardo Bonetti @LeonardoBo92]

Very excited to share our latest paper on @NatureComms, where we build on predictive coding theory and provide evidence of hierarchical brain mechanisms during conscious memory recognition for auditory sequences: https://t.co/bR89VyDMbU 🧵 1/6

[Leonardo Bonetti @LeonardoBo92]

https://t.co/sKT2oqvJJ4

@musicbrainAU @AarhusUni @UniofOxford @lundbeckfonden @NordicMensaFund @gemmaferu

[Center for Music in the Brain @musicbrainAU]

Happy to announce that Associate Professor @LeonardoBo92 and PhD student @gemmaferu have each been awarded a grant from Nordic Mensa Fund. Many congratulations :-)
https://t.co/n8YShlp80d
@GrundforskFond @HealthAarhusUni @AarhusUni_int

[David Quiroga🧠👂🎵 🇨🇴 @dquiroga.bsky.social @dariquima]

Did you ever have a melody stuck in your head?

Then you may be interested in our new #musicscience work.

We used decoding techniques to investigate how the brain represents held and manipulated musical thoughts:

https://t.co/SPql8Tb4MJ

Check it out! Feedback is welcome.

[Gemma Fernández-Rubio @gemmaferu]

Thanks for the support, @musicbrainAU, @AarhusUni_int, @UniofOxford, @GrundforskFond, @lundbeckfonden, @Carlsbergfondet, @HedoniaResearch, and @sempreorguk!

[Gemma Fernández-Rubio @gemmaferu]

New paper in @PsyofMus! What are the effects of age on auditory memory? How does musical training history influence this relationship? 🧵1/5 https://t.co/sMcqXCUGFi

[Gemma Fernández-Rubio @gemmaferu]

Thank you to co-authors Emma Olsen, Mathias Klarlund, @OrlaMallon8, Francesco Carlomagno, @PVuust, Morten Kringelbach, Elvira Brattico, and @LeonardoBo92 🙂

[Gemma Fernández-Rubio @gemmaferu]

Huge thanks to Prof. Morten L. Kringelbach and @LeonardoBo92 for hosting me at @HedoniaResearch during the beautiful spring! It has been an unforgettable experience😀

[Gemma Fernández-Rubio @gemmaferu]

@AlberteSeeberg Congratulations, buddy! 😊

[Alberte Seeberg @AlberteSeeberg]

New paper in Trends in Hearing! How do cochlear implant users' perception of various musical features develop early after implant switch-on? And does the neural development reflect itself in behavioral results? 🧵1/7 https://t.co/uSewrKAfFX

[Gemma Fernández-Rubio @gemmaferu]

@StefanKoelsch @CommsBio @ElviraBrattico @PVuust @LeonardoBo92 Thank you, @StefanKoelsch! Yes, we characterized the atonal sequences as complex and the tonal sequences as simple based on their information content and entropy values 🙂

[Gemma Fernández-Rubio @gemmaferu]

New paper in @CommsBio! Thank you, @ElviraBrattico, Sonja Kotz, @PVuust, Morten Kringelbach and
@LeonardoBo92 🙂
What are the spatiotemporal dynamics of auditory recognition memory?
https://t.co/YckVyfKM4H
🧵1/5

[Gemma Fernández-Rubio @gemmaferu]

Thank you for the support, @musicbrainAU, @AarhusUni, @UniofOxford, @GrundforskFond, @lundbeckfonden, @Carlsbergfondet, @sempreorguk and @la_Mutua!

[Gemma Fernández-Rubio @gemmaferu]

Take-home message: Both cortical and subcortical areas are involved in auditory recognition memory. However, the complexity of the stimuli (tonal vs atonal) alters the behavioral response and neural pathways 🧵5/5