Susan Fourtané 

🧠 How can AI learn without forgetting? 📍 A new computational model suggests that context-dependent control of learning within dendritic branches could help new memories form while preserving old ones — offering a possible explanation for how brains resist catastrophic forgetting. By @TheTransmitter #NeuroAI #DeepLearning #Neuroscience #AI 👉thetransmitter.org/systems-n… @Khulood_Almani @Shi4Tech @dinisguarda @Eli_Krumova @ThEiLe0 @HaroldSinnott @jblefevre60 @ipfconline1 @Mack1510019 @drsharwood @EvanKirstel @ahier @RLDI_Lamy @Timothy_Hughes @Ym78200 @Nicochan33 @mvollmer1 @jeancayeux @SusanFourtane @amalmerzouk @bamitav @Fabriziobustama @FrRonconii @domingonarvaez1 @c4trends @TerenceLeungSF @aure79lien @EstelaMandela @NevilleGaunt @stanleywaite1 @pchamard @corixpartners @SwissCognitive #Brain #ANN #CatastrophicForgetting Description: Divided attention —different parts of the dendrite make distinct computations, preventing new memories from erasing old ones, according to a new study - Karya (istock)

🧠 Al Is Entering the Human Memory Loop 📍What happens when Al doesn't simply give us information-but becomes part of the process by which we remember? 📍A new study suggests the answer may be more consequential than we think. 📍Researchers at @Georgetown and @UniversityofWA found that when people were exposed to misleading Al-generated summaries of events they had actually watched, their later memories could become distorted. 📍Even knowing the summary came from Al, did not reliably protect participants from incorporating incorrect information into their recollections. 💥 The risk is not only that Al can hallucinate, AI is becoming a cognitive interface changing our recollection of facts! 📍 Human memory is reconstructive, not a perfect recording. Once Al enters that reconstruction process, the boundary between what happened and what we later remember happening can become harder to preserve. 💥The implications are far beyond chatbots-from eyewitness accounts and legal evidence to education, healthcare and the increasingly Al-mediated environments in which we form knowledge. 💥 Question: How do we protect not only the integrity of information, but the integrity of human memory? By @NeuroscienceNew 👉neurosciencenews.com/ai-fals… #AI #GenAI #ResponsibkeAI #Summaries #Misleading @Khulood_Almani @Shi4Tech @Eli_Krumova @drsharwood @pierrepinna @jblefevre60 @HaroldSinnott @Mack1510019 @ahier @dinisguarda @EchoofLight11 @RLDI_Lamy @Nicochan33 @mvollmer1 @jeancayeux @amalmerzouk @bamitav @Fabriziobustama @FrRonconii @domingonarvaez1 @c4trends @TerenceLeungSF @stanleywaite1 #NeuroAI #CognitiveInterface #Governance #Recollection 📷 Neuroscience News

💥 New collaboration in neuroscience research challenges a long-held assumption about neural “noise.” 🧠 The study reveals that the brain may not overcome neural noise by eliminating it. Instead, it may encode information in a high-dimensional architecture where information can keep growing despite shared variability. 🤖 There is an intriguing AI connection: These principles could inform neuromorphic and distributed AI systems designed to compute reliably despite noise. 💥In essence, the brain may not eliminate noise, it may be structured to compute through it. By @NeuroscienceNew Source: @Harvard @KyotoU_News @UCLA #Neuroscience #AI #Memory #NeuromorphicComputing 👉neurosciencenews.com/neural-… @Khulood_Almani @Shi4Tech @Eli_Krumova @ahier @pierrepinna @jblefevre60 @HaroldSinnott @Mack1510019 @dinisguarda @drsharwood @EchoofLight11 @RLDI_Lamy @Nicochan33 @mvollmer1 @jeancayeux @amalmerzouk @bamitav @Fabriziobustama @FrRonconii @domingonarvaez1 @c4trends @TerenceLeungSF @stanleywaite1 #NeuroAI #ComputationalNeuroscience 📸 Neuroscience News