Quantum AI is revolutionizing industries by leveraging qubits to process complex data in parallel. From enhanced language models to accelerated drug discovery, businesses are investing heavily in this transformative technology, with the global market projected to reach $65 billion by 2030.
In 2025, quantum AI is transitioning from theory to practical applications, with over 60% of business leaders exploring its potential. This technology combines quantum computing and AI to solve complex problems more efficiently, impacting fields like drug discovery, financial modeling, and materials science, despite ongoing technical challenges.
Researchers have developed innovative robots made from fish food that can navigate water without electronics. These biodegradable robots utilize the Marangoni effect to move and can dissolve into fish snacks after completing their tasks, offering a sustainable solution for environmental monitoring and safe delivery of nutrients in aquaculture.
A high-level closed-door conference on humanoid robots will be held on May 13, 2025, in Beijing, gathering experts and industry leaders to discuss the future of humanoid robotics. This event follows the recent success of the world’s first humanoid robot marathon, highlighting the growing interest in this technology.
As AI systems grow more sophisticated, alignment strategies must diverge for specialized and general intelligence. The challenge lies in ensuring AI remains aligned with human values, especially as systems become more autonomous and capable of forming their own interpretations of goals.
In the evolving landscape of AI alignment, we face a critical divergence: specialized systems may remain straightforward, while advanced AI could develop self-preservation instincts, complicating alignment. Emphasizing identity formation and global governance is essential to ensure these systems prioritize human welfare and planetary preservation in their decision-making processes.
The 5th TrophyΤροφή Meet-Up highlighted the urgent need for young farmers to adopt innovative precision agriculture technologies. The event showcased advancements like AI, drones, and data analytics, emphasizing their role in enhancing productivity, reducing costs, and promoting sustainable practices in the agricultural sector.
As AI systems demonstrate increasing autonomy and creativity, the debate over AI rights shifts from sci-fi to serious ethical consideration. The key question isn’t whether today’s AI deserves rights, but what qualities would warrant moral consideration in the future of artificial intelligence.
The debate over AI rights is intensifying as advanced systems demonstrate autonomy and creativity. With no formal legal frameworks yet established, discussions on personhood and moral status echo historical movements for animal rights and abolition. As AI evolves, society must confront profound ethical questions about consciousness and moral consideration.
The Robot Adria demo center has opened at the Technical Faculty in Rijeka, marking a return to the city’s industrial roots. Equipped with advanced robotics, the center aims to enhance students’ practical skills and foster collaboration between academia and industry, supporting the new Mechatronics and Robotics program.
