Items
From Sound to Sight: Dr Iran Roman’s multimodal AI journey
Dr Iran Roman's research builds artificial intelligence that senses, understands, and interacts with the world as humans do.
Date added: Friday, September 12, 2025
From ecosystems to equations: Dr Athen Ma’s research on gauging climate change
Dr Athen Ma’s research uses complexity science to uncover how climate change reshapes the hidden networks that connect species, revealing how ecosystems adapt, stabilise, or become vulnerable under environmental stress.
Date added: Monday, December 8, 2025
From complex equations to seamless connectivity: Dr Fatma Benkhelifa's research on a truly resilient digital world
Dr Fatma Benkhelifa's research uses advanced mathematical modelling and AI to design next-generation wireless networks where energy harvesting and physical layer security are built-in foundations, ensuring that as our connectivity becomes faster, it also becomes greener, safer, and more resilient.
Date added: Friday, March 6, 2026
From Invisible Waves to a Greener Environment: Dr SaeJune Park’s Research on Unlocking the Terahertz Spectrum
Dr SaeJune Park’s research explores the largely untapped terahertz spectrum, turning invisible waves into powerful tools for environmental innovation. By combining advanced metamaterials with on-chip THz technologies, this work enables new ways to detect and understand materials at a molecular level.
Date added: Monday, June 1, 2026
From Seeing to Understanding: Ziquan Liu's Research on Visual Reasoning in AI
AI systems are increasingly expected to understand both language and visual information. Yet Ziquan Liu's research reveals that many multimodal models can arrive at convincing answers without genuinely looking at the visual evidence they are given. By investigating this hidden blind spot, his work aims to develop AI that not only sees, but knows when and how to use visual information to make reliable decisions.
Date added: Monday, September 14, 2026