Giovanni Volpe
@giovannivolpe.bsky.social
Professor at the University of Gothenburg
Welcome to anything boost the European research and innovation capacity!
BUT the elephant in the room:
Grant success rates need be in the 20-30% to ensure the longterm viability of the EU research ecosystem ensuring all top-notch projects are funded…
This is needed both nationally and EU-wide…
BUT the elephant in the room:
Grant success rates need be in the 20-30% to ensure the longterm viability of the EU research ecosystem ensuring all top-notch projects are funded…
This is needed both nationally and EU-wide…
June 6, 2025 at 9:27 PM
Welcome to anything boost the European research and innovation capacity!
BUT the elephant in the room:
Grant success rates need be in the 20-30% to ensure the longterm viability of the EU research ecosystem ensuring all top-notch projects are funded…
This is needed both nationally and EU-wide…
BUT the elephant in the room:
Grant success rates need be in the 20-30% to ensure the longterm viability of the EU research ecosystem ensuring all top-notch projects are funded…
This is needed both nationally and EU-wide…
I’m no expert on Quincke rollers. The right person to whom to ask would be Denis Bartolo… not on bluesky as far as I know, but maybe an email would do the ttick…
May 19, 2025 at 6:33 PM
I’m no expert on Quincke rollers. The right person to whom to ask would be Denis Bartolo… not on bluesky as far as I know, but maybe an email would do the ttick…
Congratulations! Great software!
April 30, 2025 at 6:40 AM
Congratulations! Great software!
Genesis, our modular compiler lets researchers build custom BRAPH 2 distributions fast — supporting Flexibility, Open-source collaboration, Reproducibility, Community innovation, and Ease of use (FORCE).
Tailored, rapid, and reproducible network science — for neuroscience and beyond! 🧠🌐
Tailored, rapid, and reproducible network science — for neuroscience and beyond! 🧠🌐
April 28, 2025 at 2:26 PM
Genesis, our modular compiler lets researchers build custom BRAPH 2 distributions fast — supporting Flexibility, Open-source collaboration, Reproducibility, Community innovation, and Ease of use (FORCE).
Tailored, rapid, and reproducible network science — for neuroscience and beyond! 🧠🌐
Tailored, rapid, and reproducible network science — for neuroscience and beyond! 🧠🌐
Network analyses are becoming more complex and large-scale — and flexible, reproducible solutions are crucial.
With BRAPH 2, we introduce a powerful framework that simplifies workflows for multilayer networks, deep learning, and advanced statistics, while fostering community-driven innovation.
With BRAPH 2, we introduce a powerful framework that simplifies workflows for multilayer networks, deep learning, and advanced statistics, while fostering community-driven innovation.
April 28, 2025 at 2:26 PM
Network analyses are becoming more complex and large-scale — and flexible, reproducible solutions are crucial.
With BRAPH 2, we introduce a powerful framework that simplifies workflows for multilayer networks, deep learning, and advanced statistics, while fostering community-driven innovation.
With BRAPH 2, we introduce a powerful framework that simplifies workflows for multilayer networks, deep learning, and advanced statistics, while fostering community-driven innovation.
Collaboration with 🌍 @ki.se (@joana-b-pereira.bsky.social), FEMTO-ST (@daniel-brunner.bsky.social) & @physicsgu.bsky.social.
👏 Huge congrats to Mite Mijalkov & Ludvig Storm!
👏 Huge congrats to Mite Mijalkov & Ludvig Storm!
March 24, 2025 at 12:56 PM
Collaboration with 🌍 @ki.se (@joana-b-pereira.bsky.social), FEMTO-ST (@daniel-brunner.bsky.social) & @physicsgu.bsky.social.
👏 Huge congrats to Mite Mijalkov & Ludvig Storm!
👏 Huge congrats to Mite Mijalkov & Ludvig Storm!
💡 Our method applies reservoir computing to brain connectivity data from 700+ people.
📌 Memory capacity correlates with cognitive performance and brain integrity.
🏥 Validated in an independent cohort.
📌 Memory capacity correlates with cognitive performance and brain integrity.
🏥 Validated in an independent cohort.
March 24, 2025 at 12:56 PM
💡 Our method applies reservoir computing to brain connectivity data from 700+ people.
📌 Memory capacity correlates with cognitive performance and brain integrity.
🏥 Validated in an independent cohort.
📌 Memory capacity correlates with cognitive performance and brain integrity.
🏥 Validated in an independent cohort.
We demonstrate GAUDI’s power by
🌍 Modeling small-world networks
🔬Characterizing protein assemblies from super-resolution microscopy
🐦 Analyzing collective motion in the Vicsek model
🧠 Capturing age-related changes in brain connectivity
🌍 Modeling small-world networks
🔬Characterizing protein assemblies from super-resolution microscopy
🐦 Analyzing collective motion in the Vicsek model
🧠 Capturing age-related changes in brain connectivity
March 12, 2025 at 10:13 AM
We demonstrate GAUDI’s power by
🌍 Modeling small-world networks
🔬Characterizing protein assemblies from super-resolution microscopy
🐦 Analyzing collective motion in the Vicsek model
🧠 Capturing age-related changes in brain connectivity
🌍 Modeling small-world networks
🔬Characterizing protein assemblies from super-resolution microscopy
🐦 Analyzing collective motion in the Vicsek model
🧠 Capturing age-related changes in brain connectivity
Suggestion welcome before I default on carrier pigeons🕊️ and smoke signals🔥
3/3
3/3
March 5, 2025 at 9:42 AM
Suggestion welcome before I default on carrier pigeons🕊️ and smoke signals🔥
3/3
3/3