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Scientists just did the unthinkable: they grew MINI BRAINS in a lab! These "brain organoids" can even talk to each other and learn. This research could unlock the secrets of the human brain and lead to next-level AI. Let's not forget organic intelligence! What does this mean for the future? 🤔 Read the research paper 👇 https://lnkd.in/efdbJv9n #science #brain #future #mindblown #breakthrough #AI #GenAI #3D #motiongraphics #motiondesign #render #redshift #maxon #vision #houdini

In the age of AI, it's easy to get swept up in the convenience, efficiency and sheer power of technology. However, there's something unique that AI can never replicate: the nuanced, multidimensional capacity of our natural intelligence and, in particular, the human brain. Here’s how neuroscience can help us safeguard and optimize our brains in an AI-saturated world: https://trib.al/u6Cg2LN

For those interested in the consciousness problem debate, especially in view of the emerging importance of AI, I recently recommended THE FOUR REALMS OF EXISTENCE by Joseph E. Ledoux. I would also further recommend ARTIFICIAL YOU - AI AND THE FUTURE OF YOUR MIND by Schneider Susan , Director of the Centre for the Future Mind. This is a very interesting and measured approach on whether conscious AI is really possible and what may be the parameters of human brain enhancement. Puzzles which until recently belonged to Science Fiction may soon become pressing real life questions. Susan Schneider offers valuable guidance.

🎙️📢 Exciting news! Just published a thought-provoking blog post on the intersection of #AI and neuroscience in Explainable AI (XAI), delving into the path towards Artificial Brain. The post discusses the evolution of XAI methodologies, their applications in diverse domains, and the challenges in achieving explainability in generative models. It further explores the potential convergence of XAI with cognitive sciences and the quest for Human-Like Intelligence in AI systems. Dive into the world of AI and human cognition here: https://bit.ly/3uD7Bgc

Network model with internal complexity bridges artificial intelligence and neuroscience: Artificial intelligence (AI) researchers currently believe that the main approach to building more general model problems is the big AI model, ... http://dlvr.it/TBzlJv

The study of Connectomics is to understand how neurons are connected to each other and how they do what they do. It's very hard initially because of the ultra-connected nature of our brains. How do we tackle it? One step at a time. This is a good paper to start if you are curious.

Last Call for All Polymaths, Please StandUp, Please StandUp ! 😎 The book is 1st Edition Toward Human-Level Artificial Intelligence How Neuroscience Can Inform the Pursuit of Artificial General Intelligence or General AI By Eitan Michael Azoff Get it here https://lnkd.in/dannHP5B

🔍 How do we protect our thoughts in the age of AI? 🧠 As brain-machine interfaces and AI rapidly evolve, they reveal incredible possibilities, such as translating brain signals into speech. Simultaneously, they bring up tough ethical questions: Who controls our thoughts? How do we ensure our privacy? SCIoI PI John-Dylan Haynes (cognitive neuroscientist) responds to these pressing topics in a recent episode of 3sat’s "Scobel." Check out the article and watch the video to explore the fascinating and complex future of neuroscience and AI! 📖🎥 👇 https://lnkd.in/eHngEg5C #ScienceOfIntelligence #SCIoI #TV #3Sat #AI #Thoughts #Future