Artificial Intelligence (AI) refers to the simulation of human intelligence processes by machines, especially computer systems. These processes include learning (the acquisition of information and rules for using the information), reasoning (using rules to reach approximate or definite conclusions), and self-correction.
Published in Engineering, researchers from University of Hong Kong and Xidian University outline how satellites acting as both compute and communication nodes could extend AI services worldwide, aligning with the International Telecommunication Union vision for integrated AI and ubiquitous connectivity in the 6G era.
Researchers from RIKEN Pioneering Research Institute and international collaborators used deep learning to analyze previously unexplored nuclear emulsion data from the J-PARC E07 experiment.
Their AI-assisted approach led to the first discovery in nearly 25 years of a new double-Lambda hypernucleus, offering rare insight into strange-quark interactions and the extreme matter inside neutron stars.
Published in Acta Mechanica Sinica, this forward-looking study argues that embedding physical laws into AI models is essential for building faster, more interpretable, and more reliable simulations for engineering, biomechanics, and materials science.
The rapid expansion of commercial spaceflight and large-scale satellite constellations is driving unprecedented demand for low-cost, high-frequency, and highly reliable space transportation.
Researchers propose artificial intelligence as a transformative enabler to support intelligent testing, resilient flight operations, agile maintenance, and efficient system-wide control in this new era of mass access to space.
Researchers at University of Ottawa developed a dual-agent artificial intelligence system that autonomously detects and mitigates wireless jamming attacks in real time.
By predicting interference and dynamically scheduling network tasks, the approach improves the resilience of critical communications across edge computing and O-RAN environments.
Researchers have developed a single-shot optical computing method that performs tensor operations at the speed of light, bypassing the bottlenecks of electronic hardware. By encoding data into light waves, the system executes complex AI operations in one passive optical pass, paving the way for ultra-efficient photonic AI chips.
Researchers have created the first Milky Way simulation that models more than 100 billion stars individually using a hybrid AI–HPC framework. This breakthrough achieves 100-times greater resolution and speed, enabling galaxy evolution studies that were previously impossible.
ETH Zurich researchers have built an extended-reality “co-pilot” and digital twin of the Lausanne Cathedral to support real-time conservation, integrating structural data, material science, and climate-driven deterioration models. The system enhances on-site decision-making and public engagement while improving long-term, climate-resilient restoration strategies.
Agentic AI systems can interpret intent and independently perform complex online tasks, offering major productivity benefits but also introducing new security, privacy, and compliance risks. Researchers at Saint Louis University are stress-testing these agents to identify vulnerabilities and strengthen safeguards before widespread deployment.
MIT researchers have developed SEAL, a self-adapting learning method that lets large language models permanently integrate new information by generating and evaluating their own “study sheets.” This approach boosts performance in question answering and skill learning, marking a step toward AI systems that learn continuously like humans.
This study shows that human hiring reviewers rapidly adopt racial biases displayed by AI recommendation systems, even when evaluating equally qualified candidates. The findings reveal that biased LLM outputs can directly shape human decision-making in high-stakes contexts such as hiring.
This perspective maps how AI can transform water treatment across technology, engineering, and industry by organising current advances into a structured tri-axis roadmap. It highlights how AI can drive smarter materials, microbial regulation, autonomous ecosystems, and next-generation industrial management.
Researchers at KIT have launched the WOW project to develop the first coupled AI-based world model capable of simulating interconnected Earth system processes. By linking specialized AI sub-models through latent spaces, the team aims to reveal hidden climate feedbacks and improve global-to-local risk assessment.
Researchers from Belgium and France tested Midjourney and DALL·E with highly specific visual prompts and found that, despite producing striking imagery, both systems routinely misinterpret basic linguistic instructions. Their study reveals that generative AI still struggles with negation, spatial relations, gaze direction, and temporal actions, highlighting significant limitations in how these models translate language into visual representations.
A new analysis from the University of Waterloo and Georgia Tech finds that AI’s contribution to national greenhouse gas emissions is negligible, despite rising electricity use. While local communities hosting data centers may feel significant strain, national-level climate impacts remain minimal and AI may ultimately accelerate clean-tech progress.
A Dartmouth study shows that medical students trust an AI teaching assistant far more when its answers are restricted to expert-curated course materials rather than the open internet. The research demonstrates how retrieval-anchored AI can safely deliver personalized, high-quality educational support at scale.
A WVU expert reports that ChatGPT has evolved from a demonstration tool to a mainstream workplace assistant, accelerating far faster than anticipated. While it excels at transforming information and streamlining workflows, its limitations in reliability, governance, and oversight mean it remains a tool for human augmentation rather than replacement.
Researchers from the University of Naples and the University of Wollongong have developed an AI-based method that boosts defect detection accuracy in wire arc additive manufacturing from 57% to 85.3%. The approach processes high-frequency welding data to identify anomalies in real time, reducing production costs and improving quality assurance.
Researchers at Stevens Institute of Technology have uncovered how large language models (LLMs) emulate aspects of human social reasoning through selective parameter activation and positional encoding. Their Nature Partner Journal on Artificial Intelligence study reveals that LLMs form rudimentary “beliefs” when reasoning about others’ perspectives, offering a pathway to more energy-efficient, human-like AI.
A new paper titled “A Survey on Omni-Modal Language Models” provides a comprehensive analysis of AI systems that integrate text, image, audio, and video understanding within a unified framework. Authored by researchers from Shandong Jianzhu University and Shandong University, the survey positions omni-modal language models (OMLMs) as key enablers on the path toward Artificial General Intelligence (AGI).
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