Engineers at UCL have developed a groundbreaking fabrication process for quantum computers, achieving nearly zero failure rates. This method allows precise arrangement of individual atoms, marking a significant advancement toward scalable quantum devices. The research highlights the potential of arsenic over phosphorus for creating reliable qubits in silicon.
The real concern surrounding artificial intelligence isn’t the technology itself, but the humans controlling it. As AI evolves, the potential for misuse by corporations and individuals driven by greed poses a greater threat than the machines. Humanity’s dark nature may be the true danger in this technological age.
Researchers have found that AI models can recommend different treatments based on patients’ socioeconomic and demographic characteristics, potentially perpetuating healthcare inequities. While AI has the potential to transform healthcare, it must be developed responsibly to ensure that patient care remains equitable and effective.
Samsung is set to launch its personal robot, Ballie, this summer, powered by Gemini’s multimodal AI through a partnership with Google Cloud. Ballie can understand voice, visuals, and environmental data, offering advanced features like fashion assistance, making it one of the most anticipated tech releases of the season.
The Figure 02 humanoid robot, developed by Figure AI, is revolutionizing production at BMW’s Spartanburg plant, achieving a 400% increase in speed and significantly improving task success rates. Designed for heavy lifting and efficiency, it marks a historic step in integrating humanoid robots into industrial environments.
The world’s first human-robot co-run marathon is set to take place, attracting over 30,000 human participants and numerous robotic innovators. This groundbreaking event aims to test technological advancements in humanoid robotics while promoting collaboration between technology and humanity, showcasing the potential for future applications in various fields.
Quantum computing is rapidly evolving from theoretical concept to practical technology. With IBM’s 1,386-qubit Condor processor and breakthroughs in error correction, industries are already benefiting from quantum optimization, simulation, and machine learning, with the software market projected to grow to $31.8 billion by 2034.
In April 2025, IBM’s Condor quantum processor reached 1,386 qubits, marking a significant leap in quantum computing. With advancements from companies like Microsoft and IonQ, practical applications are emerging across industries, from finance to telecommunications. As the market grows, businesses must prepare for the transformative impact of quantum technology.
The era of elderly care robots is approaching, with new international standards established for their design and use. These robots, ranging from rehabilitation aids to companions, are beginning to transform daily life for seniors, despite challenges like high costs and technological limitations. The future looks promising for this emerging market.
On April 13, Beijing will host the world’s first humanoid robot half marathon, featuring 23 teams from various companies and universities. Robots like “Lingbao” and the compact “N2” are set to compete, showcasing advancements in robotics and testing their capabilities in a challenging 21-kilometer race.
