Our symposium about laminar inference at #BIOMAG2026 opens up with a talk by James Bonaiuto🤩
August 24, 2026 at 5:09 AM
Our symposium about laminar inference at #BIOMAG2026 opens up with a talk by James Bonaiuto🤩
Greatly enjoyed the Symposium on laminar MEG at #BIOMAG2026 in 北京. 🧲🧠📝
Talks:
@danclab.bsky.social
@jan-sch.bsky.social
Matteo Maspoldi
@studenova.bsky.social
Talks:
@danclab.bsky.social
@jan-sch.bsky.social
Matteo Maspoldi
@studenova.bsky.social
August 24, 2026 at 6:56 AM
Greatly enjoyed the Symposium on laminar MEG at #BIOMAG2026 in 北京. 🧲🧠📝
Talks:
@danclab.bsky.social
@jan-sch.bsky.social
Matteo Maspoldi
@studenova.bsky.social
Talks:
@danclab.bsky.social
@jan-sch.bsky.social
Matteo Maspoldi
@studenova.bsky.social
Next free days I'm at #BIOMAG2026 in Beijing. The programm looks exciting!🤩
August 23, 2026 at 12:36 AM
Next free days I'm at #BIOMAG2026 in Beijing. The programm looks exciting!🤩
We are excited to announce the BIOMAG 2026 Data Challenge, to be held this August in Beijing!
Participants will gain access to our *Le Petit Prince MEG dataset* for a cross-modal, cross-subject semantic decoding challenge.
👉 Register now: compneurolinglab.github.io/biomag_chall...
#BIOMAG2026
Participants will gain access to our *Le Petit Prince MEG dataset* for a cross-modal, cross-subject semantic decoding challenge.
👉 Register now: compneurolinglab.github.io/biomag_chall...
#BIOMAG2026
January 12, 2026 at 6:52 AM
We are excited to announce the BIOMAG 2026 Data Challenge, to be held this August in Beijing!
Participants will gain access to our *Le Petit Prince MEG dataset* for a cross-modal, cross-subject semantic decoding challenge.
👉 Register now: compneurolinglab.github.io/biomag_chall...
#BIOMAG2026
Participants will gain access to our *Le Petit Prince MEG dataset* for a cross-modal, cross-subject semantic decoding challenge.
👉 Register now: compneurolinglab.github.io/biomag_chall...
#BIOMAG2026
Two posters and a symposium on laminar MEG at #BIOMAG2026! Matteo Maspoli and @jan-sch.bsky.social present their posters today, and tomorrow at 1pm they will give talks along with myself and @studenova.bsky.social at the symposium: Inferring laminar dynamics of human neurocog processes with MEG
August 23, 2026 at 8:59 AM
Two posters and a symposium on laminar MEG at #BIOMAG2026! Matteo Maspoli and @jan-sch.bsky.social present their posters today, and tomorrow at 1pm they will give talks along with myself and @studenova.bsky.social at the symposium: Inferring laminar dynamics of human neurocog processes with MEG
The keynote of today at #BIOMAG2026 is Lucia Melloni on adversarial collaborations in consciousness research. Apart from stressing the need to test theories against each other, Lucia touched upon problems with methods; e.g., they got almost no results using connectivity measures in MEG. No surprise😑
August 25, 2026 at 1:36 AM
The keynote of today at #BIOMAG2026 is Lucia Melloni on adversarial collaborations in consciousness research. Apart from stressing the need to test theories against each other, Lucia touched upon problems with methods; e.g., they got almost no results using connectivity measures in MEG. No surprise😑
***Please forward to interested colleagues***
The call for symposia (deadline 15 April) and abstracts (deadline 1 May) for Biomag 2026 in Beijing (23-25 Aug) is now open:
biomag2026.scimeeting.cn
The call for symposia (deadline 15 April) and abstracts (deadline 1 May) for Biomag 2026 in Beijing (23-25 Aug) is now open:
biomag2026.scimeeting.cn
March 25, 2026 at 5:22 PM
***Please forward to interested colleagues***
The call for symposia (deadline 15 April) and abstracts (deadline 1 May) for Biomag 2026 in Beijing (23-25 Aug) is now open:
biomag2026.scimeeting.cn
The call for symposia (deadline 15 April) and abstracts (deadline 1 May) for Biomag 2026 in Beijing (23-25 Aug) is now open:
biomag2026.scimeeting.cn
Very excited for the next few days at #BIOMAG2026! I will present our labs most recent endeavors in inferring laminar activity on a methodology level, and also in Parkinson‘s Disease Patients. If this sounds interesting to you, you can find me at poster 203 and Symposium 15! Looking forward to it!
August 23, 2026 at 3:29 AM
Very excited for the next few days at #BIOMAG2026! I will present our labs most recent endeavors in inferring laminar activity on a methodology level, and also in Parkinson‘s Disease Patients. If this sounds interesting to you, you can find me at poster 203 and Symposium 15! Looking forward to it!
Exciting news from the chairs of Biomag 2026, Prof. Jiahong Gao and Prof. Huan Luo — the conference website is now live: biomag2026.scimeeting.cn The meetings take place in Beijing, 23–25 August 2026. Save the date and start thinking about ideas for posters and symposia! Please share with colleagues
BIOMAG 2025，在线会议，会议直播平台，网络会议直播，美迪康会务通，学术会议管理系统，会议活动管理，注册签到管理，会场幻灯片传输转播，PPT传输，会议网络直播，电子壁报管理系统，医学会，会员管理系统
biomag2026.scimeeting.cn
November 11, 2025 at 5:28 PM
Exciting news from the chairs of Biomag 2026, Prof. Jiahong Gao and Prof. Huan Luo — the conference website is now live: biomag2026.scimeeting.cn The meetings take place in Beijing, 23–25 August 2026. Save the date and start thinking about ideas for posters and symposia! Please share with colleagues
The keynote of today at #BIOMAG2026 is Yunzhe Liu on learning and intelligence in development. Apart from the fMRI, they used MEG to measure replay in entorhinal cortex. Maybe🤞
August 24, 2026 at 2:14 AM
The keynote of today at #BIOMAG2026 is Yunzhe Liu on learning and intelligence in development. Apart from the fMRI, they used MEG to measure replay in entorhinal cortex. Maybe🤞
The first keynote at #BIOMAG2026 is Fang Fang on visual learning. Impressive research using numerous neuroimaging techniques.👏 Indeed, it turns out that it's possible to learn to detect faint gratings and weak coherence in dot motion.
August 23, 2026 at 3:34 AM
The first keynote at #BIOMAG2026 is Fang Fang on visual learning. Impressive research using numerous neuroimaging techniques.👏 Indeed, it turns out that it's possible to learn to detect faint gratings and weak coherence in dot motion.