Latest news with #AustralianOlympics
Yahoo
22-03-2025
- Sport
- Yahoo
Hauser expects fireworks in long-course triathlon debut
Matt Hauser is keen to scratch the long-course itch and is expecting fireworks when the Australian Olympics triathlon star competes in Geelong. Hauser will make his long-course debut on Sunday at the 70.3, or half-ironman distance race, which is also the opening race of the season-long Ironman Pro series. He starred last year at the Paris Olympics with seventh place, the best result by an Australian in the men's individual race since 2004. Now Hauser will join Tokyo Olympics teammates Jake Birtwhistle and Aaron Royle in a stacked field in Geelong. Geelong is a 1.9km swim, 90km cycle and 21.1km half-marathon run. Hauser is the latest Olympic triathlete to step up the year after the Games, which is raced over the 1.5/40/10 format. "It's an itch I want to scratch and in an explorative year post-Olympics," Hauser said. "I can't wait to see how I fare over the middle distance and test my body before a big season ahead." The men's field is headlined by Belgian ace Jelle Geens, who will race for the first time since winning the Ironman 70.3 world title in December in New Zealand. The "70.3" denotes the total half-ironman race distance in miles. "I'm expecting some fireworks,'' Hauser said. "It's the first race of the season, let alone the Ironman Pro series, so expect some guys going out there to make some statements early. "Having an opportunity to race the world champ Jelle in my debut Ironman 70.3 race is an exciting challenge." New Zealander Sam Osborne will defend his Geelong title, while the women's field is similarly strong. Previous winners Grace Thek from Australia (2023) and New Zealander Hannah Berry ('20) will race, along with local long-course stars Regan Hollioake and Penny Slater.
Yahoo
20-03-2025
- Entertainment
- Yahoo
Boston Dynamics' Atlas shows off breakdance skills that would make Olympians sweat
Boston Dynamics has always been at the forefront of robotic innovation, but their latest reveal takes things to a new level. Today (March 19, 2025), the company revealed a stunning new demonstration of its humanoid robot, Atlas. This time, Atlas was not simply picking up boxes from the ground and placing them on the table; it was breakdancing! Powered by cutting-edge reinforcement learning and guided by human motion data from a motion capture suit, Atlas now moves in less robotic and more... human ways. Atlas does not follow commands anymore; it can adapt, learn, and even break, giving a tough competition to a certain Australian Olympics contestant (If you know, you know)Check out this jaw-dropping video below - At the core of this robotic innovation leap is reinforcement learning. Atlas trains through trial and error rather than getting stuck in rigid programming. But the real magic comes from adding a motion capture suit worn by a human operator. This human movement data is fed directly into Atlas' learning model, allowing the robot to mimic, analyze, and refine its movements. In the demonstration, Atlas breaks the shackles of limited movements. It recovers from stumbles, makes sharp pivots, and breaks some moves. The partnership between Boston Dynamics and the Robotics and AI Institute has made this breakthrough possible. Combining top-tier robotics engineering with cutting-edge AI research, Atlas is now equipped to operate in unpredictable environments. In demonstration footage, Atlas can be seen moving confidently, correcting its posture mid-motion, and maintaining balance through quick adjustments. This adaptability opens doors for real-world applications — robots that can assist in search-and-rescue operations, navigate industrial sites, handle logistics in environments too dangerous for humans, or join humans in impromptu dance battles. Unlike traditional robots that depend on rigid programming, Atlas is continuously learning from its environment and improving its responses. This makes it more than a machine that executes tasks; it becomes a responsive system capable of interpreting and reacting to real-world challenges. While motion capture has long been used in the film industry to bring animated characters to life, its role in robotics is now equally transformative. By mapping human movement with extreme accuracy, motion capture data allows robots like Atlas to develop an understanding of natural motion — fluid transitions, subtle weight shifts, and fast corrective actions that are difficult to code manually. In movies, motion capture makes fictional characters believable. Robotics is shaping the future of real-world machine autonomy. With each movement captured, Atlas gains insight into how humans react, adapt, and move instinctively. The result is a robot that doesn't just look advanced but moves and responds with a lifelike precision that pushes the boundaries of what we thought was possible. Boston Dynamics hasn't revealed when Atlas might be ready for real-world deployment, but one thing is certain: the age of responsive, intelligent robotics is here.
