Observe this moonwalking humanoid robot showcase its remarkable agility that mimics lifelike movements.

      The Korea Advanced Institute of Science and Technology (KAIST) has recently released a video showcasing a robot that mimics human movements remarkably well.

      **KAIST Humanoid v0.7: Field Test and Interaction Demo**

      The new video (above) highlights the field tests and interaction abilities of KAIST Humanoid v0.7, which was developed at KAIST’s Dynamic Robot Control & Design Laboratory (DRCD).

      This impressive humanoid robot utilizes actuators and other technologies conceived in-house.

      In the video below, you can observe the bipedal robot walking, jogging, and jumping in a strikingly human-like manner. It also kicks a soccer ball towards a goal (unfortunately, there’s no robot goalkeeper to test its skills), and executes a perfect moonwalk on astroturf. The moonwalk particularly generated excitement in the comments section of the video.

      “Moonwalk was flawless,” remarked one commenter, while another stated, “All of this was impressive, but the moonwalk sold me.”

      KAIST implements Physical AI in its robotics research, a type of AI technology that allows machines to comprehend and interact within the physical world, which helps clarify the human-like movements of the KAIST Humanoid v0.7.

      Unlike typical AI that “thinks in words,” Physical AI equips machines with a perception of space and timing in real situations.

      As part of KAIST’s wider collaborative intelligence initiative headed by Young Jae Jang, this method trains robots and systems to learn continuously through simulations and real-time feedback instead of solely depending on large historical datasets.

      In essence, Physical AI integrates cognitive and physical abilities by closely combining software intelligence with hardware, such as motors and sensors, enabling machines to not only compute but also take action, react, and collaborate within intricate environments—whether in fully automated factories or humanoid robots performing tasks like kicking a ball.

      Engineers are currently refining the KAIST Humanoid v0.7 to enhance its mobility and dexterity, building upon its existing walking and dynamic movement capabilities. Through further integration of AI with mechanical hardware, the goal is to have the robot carry objects or operate machinery, bringing Physical AI into practical applications for humanoid robots.

      KAIST is one of South Korea's premier universities, often likened to leading global technology institutions such as MIT in the United States. Established in the early 1970s to propel Korea’s scientific and technological advancement, KAIST places a strong emphasis on research in areas like AI, robotics, physics, and engineering.

      Not long ago, Trevor transitioned from one tea-loving island nation that drives on the left (Britain) to another (Japan)…

      **Elon Musk is constructing a TeraFab chip factory, and it’s unlike anything else globally**

      The global chip supply only meets 2% of Musk’s requirements. Therefore, he is building his own.

      Elon Musk indicated that presently, each chip available only fulfills around 2% of what his companies truly need. Instead of waiting for the global supply chain to adjust, he announced TeraFab on Saturday, a chip factory in Austin established as a joint venture between Tesla and SpaceX. This announcement was made via a livestream from the former Seaholm Power Plant in downtown Austin. “We either build the TeraFab, or we don’t have the chips, and we need the chips, so we’re going to build the TeraFab,” Musk stated. The facility will be constructed on the Tesla campus in eastern Travis County.

      **In a chaotic world, AI aids distressed individuals in locating their lost pets**

      AI isn't solely a source of chaos; it is discreetly helping reunite people with their pets.

      While AI is generally associated with deepfakes, misinformation, and frustration, one particularly uplifting application stands out.

      It is assisting people in finding their missing pets.

      **Google experiments with AI-generated headlines in search results**

      Google is again exploring how artificial intelligence can change user interaction with information online—this time by modifying one of the most fundamental aspects of search: headlines. The company has initiated experiments to substitute original news headlines in Search with AI-created alternatives, raising concerns among publishers and questions regarding accuracy and editorial control.