@PLOSCompBiol Explore how cortical feedback may influence the response properties of thalamocortical cells using the pyLGN simulator: https://t.co/Tq25HbHN7q
Happy to share our latest work by @GregoryBorn w/@GauteEinevoll, where we use viral tracing, optogenetics, electrophysiology and computational modelling to show that corticothalamic feedback sculpts visual spatial integration in mouse thalamus (1/n)
https://t.co/iEaniDTJAy
Hvordan får hjernens GPS-system informasjon om fart og retning? Da forskere testet en teori om at hjernebølger gjør jobben, fikk de et resultat som en av forskerne kaller "slående". #gridceller @HaftingFyhnLAB @biovitenskap@UniOslo
https://t.co/OwgpWr7Tek
We updated our manuscript on the effects of corticothalamic (CT) feedback on spatial integration in mouse dLGN. It now includes results from triple-color tracing experiments showing that CT feedback to dLGN and visTRN is organized retinotopically.
https://t.co/ruU3o9ayxR
It’s official: Cognite and @Microsoft are partnering to digitally transform the industry. Read all about our plans in @e24 (in Norwegian 🇳🇴): https://t.co/9JwRL4gk9F
On October 30th at 2:30pm CET I'll be presenting at @neuromatch 3.0 a novel mehtod to build biophysically detailed models from multimodal recordings (patch-clamp + HD-MEA)
Stay tuned!
https://t.co/esrTFJU7hZ
@wvangeit@BlueBrainPjt @bel_ethz
Something something Cyber Security. Watch me moderate an Ignite talks session on Oct 28th. Joining me will be Statnett, Schneider Electric, Saudi Aramco and World Economic Forum. If enough people sign up, I might even leave my hoodie at home. Register now https://t.co/MZqSiTN7Nu
We're kick-starting the digital transformation of the #PowerGen industry! Read all about it in @europowerenergi (in Norwegian 🇳🇴): https://t.co/A7f14s62c0
How does cortical feedback affect visual spatial integration in mouse thalamus? Very happy to share work with Sinem Erisken, @felix_anton_s, Agne Klein, @MiladMobarhan, Chu Lan Lao, Martin Spacek, @GauteEinevoll, and @visioncircuits! 🎉
Just completed the lectures for the PhD course in essentials of neurophysiology. This weekend's homework is to build a neuronal network to produce locomotion using neuronify. So exciting!
A giant thanks to @GauteEinevoll and https://t.co/uLw1BLdfZH for developing Uncertainpy toolbox for uncertainty quantification and sensitivity analysis! This is very needed in the field. https://t.co/G0gwH2WJS1
Hvordan kan hjernen danne et minne i løpet av sekunder og deretter lagre det i årtier? Hjerneforskerne ved @UniOslo har allerede funnet noen av svarene, og nå har fire doktorgradsstudenter presentert en rekke nye verktøy og metoder: https://t.co/j4k79OT5x9
Our Chief Solutions Officer, Stein, showed live on stage at #ignite19 how Cognite liberates data in the real world and shared a glimpse into a not-so-distant future. Check it out! 😎 https://t.co/hMp6DeDra3
Come see my session at #GoogleNext19! We will construct a digital twin of an industrial facility live on stage using a drone, computer vision and Google IoT Core. https://t.co/OZpDRfKzaf
Just got an experimental version of Neuronify to run in the browser thanks to Qt for WebAssembly! It currently lacks saving, community features and sound, but most other features work https://t.co/U2kqelXKp8 #qtdev#neuroscience#wasm#emscripten