vCortical Labs' CL1: A Biological Computer with Human Brain Cells

📣MathWorks welcomes Neuralynx to the Connections program for #Netcom, a #neuroscience API to connect #Cheetah and #Pegasus to #MATLAB for customization of electrophysiology recording and experiment control software applied to neural signal processing, display, recording, and network data distribution 🔬. The MathWorks Connections Program includes commercially offered products and services that complement #MATLAB and #Simulink. https://spr.ly/6046fca7E

65LAB has awarded US$1.5 million to Prof Enrico Petretto from the Duke-NUS Centre for Computational Biology to advance Systems Genetics, a cutting-edge platform combining computational biology, AI algorithms, and emerging quantum computing. This project aims to pioneer first-in-class antifibrotic therapies for lung and kidney diseases—serious conditions that currently have no effective treatment. Read more about this breakthrough from the link in the comments. 📸: Chen Huimei #MedicalInnovation #DrugDiscovery #AI #QuantumComputing #HealthcareBreakthrough #DukeNUS

Excited to share our latest publication! Our new paper has just been published in Scientific Reports, exploring how motivation shapes cognition — and the underlying neural mechanisms, tracked through pupillometry. This study was carried out during my time at the Brain Imaging Centre, and I’m grateful to my co-authors and collaborators for making it happen. 📄 You can read the full article here: https://lnkd.in/g7_Wbn5r

🔬 Optogenetics Meets Nanobots — The Future of Bio-Intelligence So during my study I have rested on these few thought-flows ; The world of optogenetics already feels like science fiction using light-sensitive proteins to precisely control cells and neurons. But imagine taking it a step further: 🌟 What if the agent molecules used in optogenetics were ultra-biocompatible nanobots? 🌟 What if these nanobots weren’t just light-responsive, but multi-versatile, capable of sensing, learning, repairing, and adapting to complex biological signals? We could open the door to a bio-intelligence revolution: Adaptive Neuromodulation — fine-tuning brain circuits with unprecedented precision. On-Demand Healing — nanobots responding instantly to injury or disease signals. Cognitive Expansion — augmenting learning and memory processes through targeted stimulation. Such a leap could rewrite the narrative of intellectual advancement, bridging neuroscience, nanotechnology, and AI into one living, responsive network. We might just be looking at the blueprint for a quantum leap in human capability. 💡 The question is: Are we ready for a world where light-driven nanobots think, heal, and evolve alongside us? #Optogenetics #Nanotechnology #Bioengineering #Futurism #AI #Neurotech #BiomedicalEngineering #Innovation

🦾 🦾 🤖 🤖 💪 💪 "How does technology go from....where I use a cell phone as a separate entity, to what would it look like if it were part of me, directly communicating through my brain via the nervous system?" Dustin Tyler, PhD. Dustin Tyler is guiding Afference Inc. with the same vision that defines his leadership at the Human Fusions Institute—merging human and machine through neural engineering. Tyler is widely recognized for leading translational neural engineering research that integrates artificial and biological systems to expand human capability. He serves as Director at HFI and is the Arthur S. Holden Jr. Professor of Biomedical Engineering at Case Western Reserve University. This expertise led him to co-found Afference in 2022 with Jacob Segil, building on a foundation of academic breakthrough research to create technologies that will soon be ubiquitous applications for touch. Check out this amazing glimpse into the not-so-distant future. Dustin Tyler Jacob Segil #Neurotechnology #Haptics #HumanMachineInterface #Neurotech #Haptics #Innovation #HumanFusion #FutureOfReality

Stanford Breakthrough Decodes Inner Speech with 74% Accuracy🧑🏻🔬 Stanford University researchers have achieved a groundbreaking milestone in neurotechnology, decoding silent thoughts with up to 74% accuracy using brain-computer interfaces. Published in "Cell" , the study marks the first real-time decoding of imagined words from the brain’s motor cortex. Led by Erin Kunz and Frank Willett, the team used microelectrode arrays implanted in four participants with severe paralysis from ALS or brainstem stroke. By capturing neural patterns during attempted or imagined speech, the system offers transformative potential for communication aids and neuroprosthetics. #Neurotechnology #BCI #Stanford #Innovation

Human-robot integration! Researchers at the MRC Cognition and Brain Sciences Unit recently showcased Dani Clode’s innovative “Third Thumb” at the Royal Society Summer Exhibition. Visitors demonstrated remarkable adaptability to the device, emphasizing the intuitive nature of this technology. This study highlights the critical need for testing emerging technologies across diverse groups to ensure inclusivity and real-world usability. As we continue to explore the intersection of AI and technology, let’s prioritize accessibility and user experience in our innovations. Credit: MRC CBU / Dani Clode / Royal Society #Innovation #Robotics #AI #Technology #HumanRobotInteraction #Research #MRC #Cognition #BrainSciences #ThirdThumb #DaniClode #RoyalSociety #EmergingTech #Inclusivity #UserExperience #Adaptability #TechForGood #FutureOfWork #Science #Engineering #TechInnovation #RoboticDevices #HumanEnhancement #DiversityInTech #TechCommunity #AIResearch #Neuroscience #CognitiveScience #TechTrends #SmartDevices #InclusiveDesign #Breakthroughs