
Explore initial tests and future improvements for a DIY permanent marker printer, setting the foundation for a complete redesign of this innovative project.

Enhancing a 3D-printed tank with improved suspension, increased ground clearance, and chamfered ends for better obstacle navigation and overall durability.

Learn to create a rough 3D model of a differential drive robot using URDF. Covers base link, chassis, wheels, collision geometry, and inertia for simulation preparation.

Biologist Michael Levin explores bioelectricity's role in cell organization, showcasing groundbreaking experiments with two-headed worms and living robots, and discussing implications for medicine and life itself.

Explore seven innovative, all-terrain robots designed by RoMeLa, including humanoid soccer players and cliff-grippers. Learn the creative secrets behind their technical success.

Explore principles for developing safe AI with uncertainty, common sense, and human values, aiming to harness superintelligent AI's power while preventing potential catastrophic outcomes.

Explore how robots challenge our understanding of humanity, revealing insights about empathy, collaboration, and our own limitations in this thought-provoking TEDx talk.

Raffaello D'Andrea demonstrates flying quadcopters that think like athletes, solving physical problems with algorithms. Watch drones play catch, balance, and make decisions together in this fascinating TED talk.

Explore innovative robots designed by an animator/jazz musician/roboticist, featuring playful and reactive creations that interact musically with humans in this engaging TED talk.

Explore the fascinating world of flying quadrotors - agile robots that swarm, sense, and collaborate for various applications, from construction to disaster surveying.

Discover groundbreaking prosthetic technology that connects to the nervous system, enhancing motion, control, and sensation. Witness a live demonstration of this revolutionary robotic arm.

Explore integrating ROS into EdgeX for unified edge computing solutions, covering architecture, device nodes, machine learning, lightweight Linux, and edge computing cluster vision.

Explore the possibility of robots developing emotions and empathy, examining current technological advancements and future implications for human-robot interactions.

Explore the concept of "shifting down" as an alternative to "shift left," empowering platforms to make decisions and automate processes, reducing developer cognitive load.

Explore multi-modal, pre-trained models in verifiable sequential decision-making for metacognitive AI, focusing on latest advancements and applications in artificial intelligence.

Discover how autonomous racing technology at speeds of 270kph translates to everyday vehicles, exploring open-source collaboration and ROS 2's role in advancing self-driving capabilities.

Explore a mathematical framework for detecting and verifying consciousness in AI agents while preventing deceptive behavior and maintaining agent functionality.

Explore groundbreaking research on AI consciousness through quantum electrodynamics, examining how brain-ZPF coupling and self-organized criticality could lead to sentient robots.

Master essential character posing techniques in Daz Studio, from direct manipulation to Power Pose Tab features, enabling you to create natural and dynamic figure poses for compelling 3D scenes.

Discover how Cisco's purpose-built wireless client enables reliable connectivity for mobile robots and industrial vehicles, streamlining deployment for modern industrial operations.

Explore how automated guided vehicles (AGVs) revolutionize datacenter material handling, addressing safety concerns and equipment protection while optimizing operational efficiency.