Media Spotlights
Harnessing Quantum Wonders: ICN2's Groundbreaking Exploration in Quantum Materials
June 2023
Discover the quantum revolution
What if we could tap into a realm where rules of classical physics cease to apply and the extraordinary takes over? Welcome to the fascinating world of quantum materials – a realm where the bizarre quantum mechanical effects take centre stage. From superconductors to graphene, topological insulators to Weyl semimetals, quantum materials are making their presence known in the scientific community. At ICN2, we're diving deep into the quantum realm, unravelling its mysteries, and unearthing potential game-changers for our future.
Quantum materials: icn2 and the future of tech
Quantum materials hold the key to next-generation quantum technologies, driving us toward a sustainable, secure future. Imagine dissipationless electronics based on quantum properties, novel devices harvesting energy through photovoltaic and thermoelectric effects, and impregnable quantum computing and communication systems. These are no longer sci-fi dreams; they're realities being explored at ICN2.
The astounding optoelectronic and thermal properties of quantum materials like graphene also open up a treasure trove of possibilities. We're already seeing their potential being harnessed in cutting-edge applications. Understanding quantum materials requires a deep dive into their unique transport phenomena, with 'emergence' taking the center stage. From high-temperature superconductivity to topological insulators, these materials manifest unique quantum features rooted in the intriguing aspects of topology and entanglement. Our research delves into this quantum complexity, pushing the boundaries of scientific understanding.
Making quantum strides at icn2
Our research groups at ICN2 are at the forefront of quantum materials research. Our focus areas include a vast range of quantum materials like (magnetic)-topological insulators, graphene, van der Waals heterostructures, strong spin-orbit coupling, and 2D magnetic structures. We're pushing the envelope on developing related devices with enormous potential for advanced spintronics, phononics, and optoelectronic/photonic applications.
Meet different approaches that our researchers are leading, consolidating Quantum Matter as a keyword among the strategic research fields tackled from the ICN2: https://icn2.cat/trending-topics/quantum-materials.html
You can also find more information about our vision and our research colleagues in the news and videos from the Quantum Matter Conference held in Madrid on June 2023:
Media contact
Here at ICN2, we're not just studying quantum materials; we're creating the future of quantum tech. From nanostructured graphene to quantum oxides, optoelectronic properties of quantum materials to 2D materials, we're digging deeper, pushing farther, and looking beyond what's known. Interested in learning more about this journey?
Please reach out to the ICN2 Marketing and Communication department at This email address is being protected from spambots. You need JavaScript enabled to view it. to facilitate your engagement with our researchers.
