Four Game-Changing Researchers in Materials Science
Global challenges and technological opportunities are reshaping materials science, as four young scholars blaze new trails with diverse perspectives and interdisciplinary approaches.
Stories
Tracks the technical systems, bottlenecks, and standards that reshape industrial power before they become mainstream narratives.
Global challenges and technological opportunities are reshaping materials science, as four young scholars blaze new trails with diverse perspectives and interdisciplinary approaches.
As the annual magazine of NMAMIT, Nidarshan-26 revolves around the theme "From Classics to Systems," bringing together leadership messages, campus updates, and reflections from faculty and students, embodying the continuity and innovation of knowledge from ancient times to the present.
From accelerating materials discovery to optimizing supply chains, ASU is making breakthroughs in quantum computing and training the next generation of quantum scientists.
NSF awards UC San Diego a six-year, $18 million MRSEC grant to support research and development of quantum materials. The center will focus on two major research directions: quantum metamaterials and chemically tailored two-dimensional superlattices, while integrating high-performance computing and talent cultivation to advance quantum computing and low-power electronics.
Artificial intelligence itself is already a major story, but when combined with quantum computing, robotics, biotechnology, nanotechnology, advanced communications, and more, it will produce exponential change. This "connected intelligence layer" is becoming the core driving force of technological evolution, redefining competitive advantage and national security, while also requiring us to focus on hybrid systems, cybersecurity, and ethical governance.
Frontier technologies are redefining leadership. Leaders need information-based vision, collective intelligence, and systemic leadership to address the profound impacts of technologies such as fusion energy and quantum computing.