Sharjah24 : The University of Sharjah’s Center for Advanced Materials Research (CAMR) and the Department of Applied Physics and Astronomy organised an international symposium on quantum materials for energy and environmental applications. The event brought together international scientists and researchers to discuss the latest developments in this rapidly evolving field. The symposium covered various aspects of quantum materials, including relevant theories and research experiments, as well as quantum material applications in energy and advanced electronic materials.
The University of Sharjah's Center for Advanced Materials Research (CAMR) and the Department of Applied Physics and Astronomy organized an international symposium focused on quantum materials for energy and environmental applications. This event brought together leading scientists and researchers to discuss the latest developments in this rapidly evolving field.
Importance of Quantum Mechanics
In his opening speech, Prof. Nouar Tabet, Dean of the College of Sciences, emphasized that quantum mechanics is foundational to understanding modern physical phenomena. He highlighted the growing significance of research in quantum materials, noting its impact across various fields, including electronics and sustainable energy. Prof. Tabet discussed the ongoing revolution in quantum technologies, particularly in quantum computing.
Applications of Quantum Science
Prof. Hussain Alawadhi, Director of CAMR, explained how quantum science and technologies influence daily life, including innovations in precise timekeeping, advanced sensors, secure communications, and solar panels. He stressed the importance of understanding quantum materials with unique properties, such as superconductivity, for future innovations in energy production and advanced technology.
Keynote lecture
The symposium featured a keynote lecture by Prof. Olle Eriksson from Uppsala University, a member of the Nobel Committee for Physics. His presentation provided insights into the selection process for groundbreaking research deserving of the Nobel Prize.
Scientific discussions
The first session included discussions from distinguished speakers. Prof. Goran Karapetrov from Drexel University explored correlated electronic systems in advanced energy solutions. Prof. Maria Lavarone presented her research on superconductivity in two-dimensional materials, while Prof. Mehmet Egilmez discussed advancements in electronic materials and their industrial applications.
Theoretical approaches and applications
The second session included a lecture by Prof. Eriksson on theoretical approaches to quantum materials. Dr. Qin Xian Ong from Uppsala University discussed heavy fermion systems in two-dimensional van der Waals materials, focusing on their potential applications in quantum computing.
Student contributions and facility tour
The symposium concluded with an interactive poster session where 15 master's and doctoral students showcased their research. Awards were given for the best poster presentations. Attendees also toured the Advanced Materials Research Laboratory, exploring ongoing research projects. The event was attended by Dr. Mahmoud Abdel-Hafiz, Chair of the Organizing Committee, along with faculty, administrative staff, and students.
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