Rafael Pedrosa

Postdoctoral neuroscientist @ucl @uclnpp
| Studying neural dynamics of memory | 🇧🇷

[Rafael Pedrosa @RhaPedrosa]

So pleased to see this out finally! 🥳
We investigated the spatiotemporal neocortical dynamic during CA1 Ripples!
Hippocampus 🤝 Retrosplenial

Work with: @battaglialab, @star_federico, @mohajerani77, @eNeuroEiC, @mjnazaria and Loig Kergoat

Link: https://t.co/vpt7hKnugh

[Rafael Pedrosa @RhaPedrosa]

📢🧠My time as a Research Fellow at UCL is coming to an end, so I’m looking for my next challenge.
I’m based in London, with 10+ years working on memory, sleep and neurotech.
Open to opportunities in research, data, consultancy or teaching. :)

[Rafael Pedrosa @RhaPedrosa]

📢🧠My time as a Research Fellow at UCL is coming to an end, so I’m looking for my next challenge.
I’m based in London, with 10+ years working on memory, sleep and neurotech.
Open to opportunities in research, data, consultancy or teaching. :)

[Megha Sehgal @MeghaSehgal_]

📢 Excited to share our new paper out today in Nature Neuroscience! 🧠✨

We uncover how compartmentalized dendritic plasticity in the retrosplenial cortex (RSC) links contextual memories formed close in time. A thread 🧵👇 [1/8]

https://t.co/zUiEYqX6yI

[Neuron @NeuroCellPress]

Online now: Topography of putative bi-directional interaction between hippocampal sharp-wave ripples and neocortical slow oscillations https://t.co/NxEqxC8ca7

[Michael Totty @MicTott]

Isolated theta waves originating from the midline thalamus trigger memory reactivation during NREM sleep in mice
https://t.co/BYM9yC0Lzb

[Soledad Gonzalo Cogno @soledad_gcogno]

🚨PhD position available in my group 🚨
Apply before January 31st and join us!

https://t.co/FS8k8wOQcG

@KISNeuro @NTNU @NTNUhelse

[Michael Goard @GoardMichael]

When we enter a new environment, we use visual input to rapidly build an internal model of the local spatial environment. How does our brain do this? We review past literature and suggest some new ways forward in our new review in @CurrentBiology: https://t.co/tS5ZB8TXGa

[Aaron Wilber @aaron_wilber]

NREM sleep improves behavioral performance by desynchronizing cortical circuits | Science https://t.co/q5L20DaSdL

[David Rowland @DavidCRowland]

The Laurent group is back again working with the pogona. They found that light pulses can reset or entrain the alternation between REM and slow wave sleep. Through careful tests, they conclude that this ultradian rhythm works like a CPG. https://t.co/diOvMQGlZa

[Daniel Reznik @reznikdan]

Now online in @CurrentBiology ! 📢💥
Using 7T precision fMRI, we discovered new organizational principles of human entorhinal cortex and of human hippocampal-entorhinal system.
https://t.co/1x2UMWlUMo

With @doellerlab, Menno Witter, @DanielMargulies, @Neuro_Conn. 🧵👇 1/5

[Zsófia Zavecz @zaveczzsofi]

Is it possible to study memory reactivation using continuous scalp EEG? We aimed to do so by quantifying similarities in functional connectivity during learning and a pre- and post-learning rest, see our research published in @Cortex: https://t.co/hzyhSz86g8 🧵

[bioRxiv Neuroscience @biorxiv_neursci]

Visual objects refine head direction coding https://t.co/E53hTWY88s #biorxiv_neursci

[Yunzhe Liu @YunzheNeuro]

happy to share this with everyone—a sleep content decoder. Hope some may find it useful...!

[bioRxiv Neuroscience @biorxiv_neursci]

Disarming emotional memories using Targeted Memory Reactivation during Rapid Eye Movement sleep https://t.co/PHnKPWeAeC #biorxiv_neursci

[Lisa Bastian @LisaBastian19]

🧠👶 Excited to share our latest work: 3-month-old infants can form long-term memories of new voices after familiarisation and a nap! Using EEG, we discovered that sleep spindles are associated with the emerging memory representation of the new voice.

[Tetsuhiko Kashima / 鹿島 哲彦 @Tetsu_Kashima]

Parallel maturation of rodent hippocampal memory and CA1 task representations: Current Biology https://t.co/KqCsGa9p6Q

[Mark Brandon, PhD. @markbrandonlab]

I am excited to share our latest research led by PhD student Mohammad Yaghoubi (@yaghoubi_mh) entitled: “Predictive Coding of Reward in the Hippocampus”

Link: https://t.co/GJyo2dBepn

Highlights: 🧵👇

[Peter Petersen @petersenpeter]

🌟 We are recruiting two postdocs to our team 🌟

Focuses:
1. Systems Neuroscience, memory and cognition, and high-throughput electrophysiology in rodents.

2. advancing neuroscience through innovative open-science tool development (Brainstem).

https://t.co/vfZ6RDRNYF

1/4

[Dezső Németh @nemethd]

Excited to share our new article! We found that statistical learning is linked to local, short-range connections, while rule-based, higher-order learning relies on long-range connections.
https://t.co/g0TRrnLnTI
@zaveczzsofi @Petersimor1 @jkarolina @MikeXCohen

[Dileep George @dileeplearning]

Hippocampus is not representing locations & cognitive maps are not spatial! Anyone interested in cognitive maps, schemas, or navigation & planning should read this companion blog to our paper https://t.co/DdijjzJlKn

It will change your mind!
https://t.co/YqLBLf6KA9