Sarcos Robotics’ Post

🤖 Video showcases the idea of a future powered by AI and robotics! This stunning visual representation gives us a glimpse of what our world might look like as technology continues to advance. #groupifyai #ai #groupifyandchill #aiupdates #AIFuture #TechInInnovation #DigitalRevolution

Rapid Evolution of Artificial Intelligence and Robotics - Bizz Buzz: Rapid Evolution of Artificial Intelligence and Robotics  Bizz Buzz http://dlvr.it/TDXrmN #ai #artificialintelligence

The latest tech innovations are mindblowing. From AI developments to advanced robotics, we're stepping into a new era. Excited yet cautious about what these changes mean for humanity. 🤖 #TechTrends #Innovation #AI

🌟 The Revolution of Humanoid & Social Robots in Human-Machine Interaction 🌟 As technology evolves, so does the way we interact with machines. Discover the incredible advancements in humanoid and social robotics that are shaping industries and transforming everyday experiences. If you’re in the tech world, this is a must-read! 🚀 🔗 https://lnkd.in/dZcvXu-A #HumanoidRobots #SocialRobots #AI #TechInnovation #HumanMachineInteraction #FutureOfTech

How can robots truly understand their surroundings? In the latest episode of Digital Dialogs, Federico Minutoli dives into the revolutionary potential of open vocabulary scene graphs for advancing robotic perception. From enhancing contextual understanding to enabling more intuitive and effective interactions, Federico explores how these techniques are shaping the next generation of intelligent systems. Tune in to learn: ▪️How open vocabulary scene graphs improve robots' understanding of their environment. ▪️What integration challenges in robotics have to be overcome. ▪️Which future developments are driving innovation in robotic perception. Don’t miss this fascinating discussion about bridging the gap between humans and robots through smarter algorithms and better contextual awareness. Listen now and discover the future of robotics innovation! ➡️ https://lnkd.in/e7bM6GPk #DigitalDialogs #RoboticPerception #AI #Innovation #SceneGraphs #FutureOfTech

Weekend readings: “Human-like artificial intelligence needs a human-like artificial body.” This idea is a complex and multifaceted topic, with both potential benefits and challenges. While there are concerns about the potential risks associated with creating human-like AI, there is also a growing interest in the potential benefits of such technology, particularly in terms of social interaction and understanding human experiences. As the field of AI and robotics continues to advance, it is likely that we will see further developments in the creation of human-like robots.  A few explanations in the four following posts: https://lnkd.in/eNaSwdSi https://lnkd.in/eupayvQv https://lnkd.in/eSn97cgi https://lnkd.in/emHNfFbk #Robotics #AI #Innovation #TechTrends #FutureOfWork #ArtificialIntelligence #Automation  #HaigServiceRobotics #RoboticsTrend #FutureOfWork #OpenAI #AI4Good

I recently attended the launch symposium of the Thousand Brains Project, hosted by Viviane Clay, Niels Leadholm, Will Warren, and Jeff Hawkins—the visionary behind the Thousand Brains Theory 🧠 The symposium explored their groundbreaking work on this project, delving into their new AI framework, its current capabilities, the roadmap ahead, and ways for the community to get involved! 💭 Why does this matter? Today's AI systems are narrow, requiring vast amounts of compute to train and deploy increasingly large models. The Thousand Brains Project team is charting a different course, building a general AI framework based in neuroscience and the principles of the Thousand Brains Theory. This framework emphasizes sensorimotor learning—learning through sensing and interacting with the world, much like humans and animals do. Their current model, 'Monty'—named after Vernon Mountcastle, who discovered the columnar organization of the cerebral cortex—is already showcasing impressive capabilities: - Learns from minimal data: No need for massive training datasets. - Requires little to no supervision. - Supports continuous learning without catastrophic forgetting. For a deeper dive into Monty's capabilities, check out the documentation linked below 👇. 💡Key Insights from the Thousand Brains Theory: This theory challenges traditional views of cognition by suggesting that intelligence arises from thousands of independent models (cortical columns) in the neocortex. Each of the ≈150,000 cortical columns in the human brain: - Operates as a sensorimotor learning system, equipped with its own set of reference frames. - Uses these reference frames to process streams of sensorimotor inputs and map the relationships between features in the world. Hearing directly from the team about their pioneering work and the project’s future directions was both inspiring and thought-provoking. It’s clear this research holds transformative potential for building more adaptable, human-like AI systems! 🚀 As Jeff Hawkins aptly summarized during the symposium: Sensorimotor learning—not today’s AI—will be at the heart of truly intelligent machines. 💫 The Thousand Brains Project is open to everyone and actively welcomes contributors! Codebase: https://lnkd.in/e-PnQuA6 Documentation - provides a great explanation of the project and how you can contribute: https://lnkd.in/etnmM5Rp Massive praise to the TBP team for their dedication to advancing the field and for open-sourcing this incredible initiative. Their work is paving the way for a new era of neuroscience-inspired AI, and it’s exciting to see the community invited to be a part of it! Christmas has come early this year! ☃️ #ThousandBrains #intelligence #Neuroscience #AI #robotics #MachineLearning #technology #Innovation #research #science

#Artificial #Intelligence (#AI) and #robotics are at the forefront of #technological advancements, significantly transforming various aspects of daily life and #industrial #operations. This article explores the #integration of AI in everyday life, the future of robotics across #industries, and the ethical considerations involved in AI #development. https://lnkd.in/dnm3aE7z

In summary, AI and robotics create Superconvergence by combining thinking (AI) and doing (robots) to make systems smarter, faster, and more capable. Together, they bring out the best in each other, leading to new possibilities and innovations.