New lab alert!! 🚨 Emily heads off to start the Aery Jones lab! She’s a fantastic, creative and thoughtful scientist who is also an awesome mentor! If you have the opportunity to join her lab - don’t hesitate! I can’t recommend it enough!
hello world. we have an opening for a strong theory postdoc to work in my lab on a exciting collaboration with Josh Berke and Loren Frank labs modeling and analyzing data on rat hipp-pfc-bg-da involvement in spatial maze foraging, replay, value etc. here: https://t.co/ZbA2AUi6Ra
I ran @USAID health programs for the last 3 years. Trump’s 90 day Stop Work Order on foreign assistance does serious damage to the world and the US. Examples:🧵
Trump on H1B: HB1, I know the program very well. I use the program, maître d's, wine experts, even waiters, high quality waiters. You got to get the best people.
How does the brain solve the problem of consolidating new information without interference with prior knowledge? In our recent paper we propose that sleep microstructure and hippocampal replay may offer a solution. Check this thread from first author and super start @hongyu_chang
Year over year ROI from government investment in research is 30-100 percent. Far more than the stock market and most of the private sector.
https://t.co/NcLAAVfTCz
https://t.co/rxsG23fOwa
During sleep deprivation we actually saw *more* ripples than during sleep! But these ripples displayed diminished reactivation and replay, with limited rebound in recovery sleep. Impressive work by @Bapun_K_Giri@kinsky_nat.
Excited to share my recent work, part of my PhD thesis under @SharpWaveRipple, on the effects of sleep loss on hippocampal function. Check it out here: https://t.co/HdN4Q5Ekzz.
Many thanks to @SharpWaveRipple and @TedAbelneuro for the opportunity to work on this project.
@Bapun_K_Giri@TedAbelneuro Congratulations @Bapun_K_Giri. This was many years of steady work, starting even before your awesome 2019 J. Neurosci paper. You did an amazing job! I am very proud of you.
influence of muscle noise on spectrum & 1/f-exponent estimation, example from EEG. generally: the more muscle noise, the flatter the spectrum at higher frequencies.
🚨New Research🚨
Two new studies published in @Nature from our Kamran Diba PhD (@sharpwaveripple) look at what's going on inside the brain during sleep — or sleep deprivation — to help or harm the formation of memories.
https://t.co/VK3jHiQCdv
🤯 Key brain signal linked to memory formation deteriorates after sleep deprivation, finds a study in rats.
Even a night of normal slumber after a poor night’s sleep isn’t enough to fix the brain signal.
For @Nature, w/ @SharpWaveRipple@TedAbelneuro
https://t.co/eKQJwcwRvY
The Dreamscape Project: Mapping the phenomenological and neurophysiological features of subjective experience during sleep https://t.co/FHGUE9lgTf This is our accepted proposal for ARCDP2024. Looking for a PhD candidate who are interested in Aim 1 and 3! @thandrillon
New preprint, on 'sequence filtering'.
Led by @CianaDeveau, Z Zhou.
We see this as a key step forw on how cortex works.
All cortical areas have dense exc-exc recurrent connectivity.
What do these connections do, esp in sensory ctx?
Our data say: they do dynamics/time.
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