NCKU, Department of Physics
More than 70 years of intensive education
Congratulations to Prof. Ming-Hao Liu and Prof. Tse-Ming Chen for
leading the joint effort in uncovering novel physics in twisted bilayer
graphene! The work is published in PRL as an Editors' Suggestion, and
is featured on the issue cover.
leading the joint effort in uncovering novel physics in twisted bilayer
graphene! The work is published in PRL as an Editors' Suggestion, and
is featured on the issue cover.
Congratulations to Prof. Ching-Hao Chang on showing that the conductance can be enhanced N times by rolling up graphene into an N-tum. nanoscroll and applying a longitudinal magnetie
field, and proving its relation to the topological winding number.
field, and proving its relation to the topological winding number.
Congratulations to Prof. Jan-Chi Yang for developing advanced membrane transfer techniques which overcomes limitations in conventional direct-deposition approaches, which then offers a viable route toward high-density, multifunctional logic-in-memory architectures.
Congratulations to Prof. Seamus Clarke on the recent research finding on how biases in
measuring interstellar magnetic field properties may affect our understanding of the star
formation process, and developed a correction method that reduces this bias.
measuring interstellar magnetic field properties may affect our understanding of the star
formation process, and developed a correction method that reduces this bias.
Congratulations to Prof. Yueh-Nan Chen on his recent work published in Physical Review Letters! In this work, the authors develop a general, optimization-free framework for nonlinear quantum incompatibility witnesses, applicable to arbitrary dimensions and encompassing steering, measurement, and instrument incompatibility.
Congratulations to Prof. Kuang Yao Lo on showing the critical role of gate material on the photoresponse of thin-film field-effect photodetectors, and thus offering new insights for the design and optimization of next-generation optoelectronic devices.
Congratulations to Prof. Paul-Antoine Moreau on his recent work published in Nature Communications, demonstrating a proof-of-concept for a novel quantum imaging technique that harnesses the position-momentum entanglement of down- converted photons to simultaneously recoveramplitude and phase information.
Congratulations to Prof. Jan-Chi Yang on his recent work, which demonstrates the formation of moire patterns in an unconventional, symmetry-engineered twisted heterostructure composed of epitaxial complex oxide thin films and monolayer WSa, thereby establishes a versatile platform forengineering artificial quantum states.
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