WhatsApp's unusual badge behaviour is quite good for most people (not tech savvy, completionist, or OCD).
I've you've ever looked at a normal person's homescreen I'm sure you remember how you felt as you gazed upon their 5-digit red app badges. Gmail 31,415. Messenger 652. YouTube 927. These are meaningless and to them impossible to maintain. They cope via Notification Center, where their inaction is equivalent to us clearing.
Razer Launches PC Remote Play App; Requires Cortex On PC #app #cortex #gaming #mobile #nexus #pc #pcremoteplay #razer #remoteplay #streaming
https://www.lowyat.net/2025/347714/razer-pc-remote-play-app-requires-cortex-pc/
cf le vin : " 'l'expérience' tend à nous enseigner que la qualité se paye" -> "un même vin est mieux évalué lorsque son prix est élevé -> appréciation du #cortex orbitofrontal médian liée à l'émergence de ressenti plaisants." (rien à voir avec le goût donc)
"[...] quel que soit le prix du vin, la réponse des aires cérébrales impliquées dans le traitement des informations sensorielles gustative est identique."
The #cerebral #cortex is the largest part of a mammal’s brain, and by some measures the most important. In humans in particular, it’s where most things happen—like perception, thinking, memory storage, and decision-making.
#Neuroscience #sflorg
https://www.sflorg.com/2025/02/ns02102501.html
#cortex préfontal droit = attention/prise de décision/apprentissage/règles symbolique/inhibition comportementale/navigation spatiale.
"le désir de #jouer conduit à un épaississement du cortex préfontal dorso-latéral" = sollicitation du système de récompense -> impulsivité comportementale/risque addictions -> usage pathologique.
#adolescence = pic de maturation majeure aires corticales préfontales = vulnérabilité acquisition/développement émotion/social/cognitif
"Chez l'adolescent et le jeune adulte, [le] développement [du Q.I.] est associé à un affinement progressif du #cortex pour nombre de zones, [...] préfontales, que les études relatives à l'influence des jeux-vidéos ont décrites comme plus épaisses." voire -> dépendance -> "la surépaisseur corticale observée chez les gamers avec une diminution du QI."
simplisme des notions neurologiques utilisées par les lobbies économiques.
It's here, it's here, release day is here, and TorchLite is out in the world! Whew!
So proud of this project and so happy we're here at the finish line. Fly, fly my pretties!
You can grab your copy here: https://xineink.itch.io/torchlite
Reshares and retweets VERY appreciated! :D
New #introduction for neuromatch.social 
My group investigates and defines cell types and neural circuits of the #thalamus, #hippocampus, and #cortex that contribute to spatial #memory processes.
These processes break down in #Alzheimer's disease. To understand the causes/triggers of #neurodegeneration, we study early-stage #Tau #pathology in the human #brain and in mouse models.
I previously defined various types of retinal ganglion cells using ex vivo #patchclamp recordings during my PhD in #Basel, before moving to #Oxford to work on #GABAergic #neurons of the #hippocampus, followed by the #medialseptum. My favourite technique is in vivo #extracellular recordings and #juxtacellular labelling as it enables identification of single #cells based on their firing patterns, #axon terminal distribution, and #neurochemical profile.
As an #experimentalist, my expertise is primarily in vivo #neurophysiology and #neuroanatomy. I am also interested in #consciousness, the origins of #memory, and regulation of #neuronal activity and #behaviour by #neuropeptides.
#introduction
I am neuroscientist and engineer. Our lab at Johns Hopkins University BME is interested in how the brain computes information about the world and how this representation is shaped by sensory experience from early development up until old age. We focus on the auditory system and use in vitro and in vivo optical and electrophysiological methods, behavioral approaches, etc.
www.kanold.org
#neuroscience
#auditory
#auditoryneuroscience
#crossmodal
#hearing
#cortex
#JHU
#JHUBME
