Quantum Materials Expert Shares Insights on 2D Electron Systems at UWB's NTC

Prof. Meevasana presented his research at NTC UWB, focusing on the use of ARPES to study 2D electron gases in oxide and chalcogenide materials. This technique provides a precise view of electronic structures and holds promise for applications in battery technologies.

From April 7–10, the NTC hosted Mr. Meevasana, a leading figure in quantum materials research from Thailand. In his lecture, titled "From the Exploration of 2D Quantum States to Leading a National Quantum Technology Consortium in Thailand," he introduced findings based on angle-resolved photoemission spectroscopy (ARPES), with a particular emphasis on two-dimensional electron systems in complex materials.

“ARPES enables us to visualize the electronic structure of materials with remarkable accuracy,” said Worawat Meevasana during his talk. “Our studies of materials such as SrTiO₃ and FeSe point to exciting possibilities for future quantum technologies. This concept is likely to find real-world applications, for instance, in energy storage,” he added.

His presentation also included a personal reflection on his scientific journey—from fundamental research to leading a national initiative. “Our ambition is to establish what we call the Siam Quantum Valley, a kind of Southeast Asian Silicon Valley dedicated to quantum technologies,” he explained. The Siam Quantum Valley initiative is spearheaded by the Quantum Technology Research Initiative (QTRic), which brings together over 120 researchers from 17 Thai institutions and two start-ups. Prof. Meevasana is both the Deputy Director of the Technopolis Technology Park and head of the QTRic consortium.

“We were honored to welcome Prof. Meevasana to the NTC,” said Ján Minár, Head of the Advanced and Quantum Materials Group at the centre. “His visit marked a strategic step toward strengthening Czech–Thai collaboration in the field of quantum materials. It also helped reinforce the bridge between Europe and Asia in advancing quantum research,” he added.

In addition to engaging with quantum technology experts at UWB, Worawat Meevasana also met with Jan Váně, Vice-Rector for External Relations, to discuss future student exchanges and closer institutional cooperation. His visit follows ongoing collaboration initiated during the Asian Network on Magnetism and Spectroscopy workshop held at the end of 2024.

This meeting was part of the project Quantum Materials for Sustainable Technologies (QM4ST), reg. no. CZ.02.01.01/00/22_008/0004572, co-financed by the ERDF under the Johannes Amos Comenius Programme (P JAC), Excellent Research call.