Meike Rogalla (@meikerogalla) 's Twitter Profile
Meike Rogalla

@meikerogalla

Postdoc with @pfapostolides - University of Michigan • AuditoryNeuroscience • behavioral neuroscience • optogenetics • former PhD student of @LabHildebrandt

ID: 1015616387849576448

calendar_today07-07-2018 15:19:50

174 Tweet

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Meike Rogalla (@meikerogalla) 's Twitter Profile Photo

“….postdocs are the driving wheel of science. If postdocs are treated like this, it will quickly become very problematic for academia…”

Meike Rogalla (@meikerogalla) 's Twitter Profile Photo

I am devastated to hear about the loss of Prof. Dr. Gerhard Roth, a brilliant neuroscientist, and a godfather of German neuroscience communication. He was my first mentor in academia and he significantly contributed to my choice of obtaining a science career! #Heartbroken 💔

Pierre Apostolides (@pfapostolides) 's Twitter Profile Photo

🧵new pre-print studying the inferior colliculus. From co-first authors Kaiwen Shi and @GArtofscience, along with Meike Rogalla, Alex Ford and Jordyn Czarny. A bit of background: The IC is super interesting because...

Llano Laboratory (@llanolaboratory) 's Twitter Profile Photo

We are recruiting a graduate student! Our lab works on top-down modulation of auditory processing using circuit techniques in animal models. If interested, please reach out directly and/or apply to the UIUC Neuroscience Program (neuroscience.illinois.edu/admissions/gra…)

Malte Wöstmann (@malte_woestmann) 's Twitter Profile Photo

Open PhD position to study neural dynamics of attention. I am looking for a PhD candidate for a three-year project in the Obleser Lab at Universität Lübeck, funded by DFG public | @[email protected]. Spread the word and don’t hesitate to contact me in case you have any questions. tinyurl.com/yc8pbffv

Meike Rogalla (@meikerogalla) 's Twitter Profile Photo

For a small fee, I will attend your enemy’s auditory neuroscience talk on sound localization and ask “what about pinna movement?”

Michael Lohse (@lohseneuro) 's Twitter Profile Photo

Check out our new paper from Oxford Hearing: We reveal that subcortical transformations account for most of the cortical nonlinear encoding of sound by introducing population communication models which outperform receptive field model predictions by 70% biorxiv.org/content/10.110…🧵