Explore how machine learning is transforming immunology—from epitope prediction to smarter vaccine design—plus key challenges and future directions.| AZoRobotics
Scientists are designing artificially intelligent computer systems with the ability to self-design and self-assemble to work more efficiently when compared to the best human-developed systems.| AZoRobotics
A robotic root-sensing system developed at The University of Queensland is opening up new opportunities for more productive agricultural crops.| AZoRobotics
Regulation (EU) 2024/1689 aims to standardize AI practices in the EU, ensuring trustworthy development while fostering innovation in the robotics sector.| AZoRobotics
The integration of machine learning in cancer imaging is revolutionizing diagnostics, improving early detection and treatment planning for six key cancer types.| AZoRobotics
This paper explores the transformative role of machine learning in real-time pathogen detection, significantly improving accuracy and speed in identifying foodborne pathogens.| AZoRobotics
Exploring the evolution of AI and ML, their interconnected roles in technology, and recent breakthroughs in fields like drug discovery and autonomous vehicles.| AZoRobotics
At MIT's AI and Energy symposium, experts explored how AI can both challenge and transform the energy landscape towards greater efficiency and lower emissions.| AZoRobotics
AI in India is huge—but what about regulations? Explore how the country is shaping its AI laws and what’s next.| AZoRobotics
The EU AI Act aims to regulate AI, ensuring safety, transparency, and oversight while balancing innovation and risk.| AZoRobotics