特聘教授呂欽山

• 職稱	特聘教授
  姓名	呂欽山
  分機	06-2757575,65270
  E-mail	cslue@mail.ncku.edu.tw
  個人網站	連結至個人網站

• 
  
    Prof. Chin Shan Lue earned his Ph.D. in physics (1999) from Texas A&M University with the project focusing on the solid-state nuclear magnetic resonance (NMR) study of intermetallic compounds. He has been at National Cheng Kung University since 2002, where he established the first cryogenic solid-state NMR spectrometer in Taiwan. 
    Prof. Lue has turned his interest to the single crystal growth since 2012. He and Dr. Chia Nung Kuo have synthesized more than one hundred kinds of single crystalline compounds using diverse techniques. The crystals cover a wide range of materials from novel superconductors, CDWs, emergent topological materials, layered magnetic systems, as well as multifunctional 2D materials. Prof. Lue has collaborated with more than fifty domestic researchers and twenty international universities and research centers via offering the high-quality bulk crystals. 
    Prof. Lue jointed The Academic of Innovative Semiconductors and Sustainable Manufacturing of NCKU in 2021 as the director of the Program on Key Materials. He is in charge of the promotion of the industry-academia collaboration with domestic enterprises, emphasizing on the innovative materials as multifunctional materials and device fabrications.
• Current Appointment:
  Director, Program on Key Materials, Academic of Innovative Semiconductors and Sustainable Manufacturing, National Cheng Kung University (2022- )
  Distinguished Professor, Department of Physics, National Cheng Kung University (2016- )
  Employment:
  Professor, Department of Physics, National Cheng Kung University (2007- )
  Associate Professor, Department of Physics, National Cheng Kung University (2004-2007)
  Assistant Professor, Department of Physics, National Cheng Kung University (2002-2004)
  Assistant Professor, Department of Applied Physics, National Chia-Yi University (2001-2002)
  Postdoctoral Research Associate, Department of Physics, National Sun-Yat-Sen University (2000-2001)
  Postdoctoral Research Associate, Department of Physics, Texas A&M University, USA (1999-2000)
  Education:
  PhD, Physics, Texas A&M University, USA (1999)
  MS, Physics, National Tsing-Hua University, Taiwan (1991)
  BS, Physics, National Central University, Taiwan (1989)
• 07-2009 蘇子翔 博士 利用核磁共振技術研究Fe摻雜MgB₂及相關系統Nb_1-xB₂的電子結構
  07-2010 郭家農 博士 核磁共振研究自旋能隙系統: Cu₂Sc₂Ge₄O₁₃, Cu₂PO₄OH, 及BiCu₂VO₆
  07-2011 陳士程 博士 利用核磁共振技術研究窄贗能隙材料: Ca_xCo₄Sb₁₂與 CeFe₂Al₁₀合金
  07-2011 方俊斌 博士 利用核磁共振技術探討層狀矽化物之電子結構
  07-2012 林哲緯 博士 研究鐵酸鉍經由摻雜後的晶格與磁性結構 --- 塊材，奈米顆粒與薄膜
  07-2016 劉奐甫 博士 介金屬 R₃Co₄Sn₁₃(R= La, Ce, Pr, Yb)之單晶製成及核磁共振之研究
  07-2018 曾致維 博士 含銠之三元錫化物單晶製程及物理性質研究
   
• 呂欽山教授近幾年的研究計畫:
  1) 一般研究計畫: 核磁共振技術探測奇異相變材料的物理性質
  2) 臺美奈米材料基礎科學研發共同合作研究計畫: 層狀的拓樸與功能性材料之單晶成長、特性分析及應用
  3) 尖端晶體研究計畫: 量子材料及功能性材料之單晶成長
  4) 尖端晶體材料聯合實驗室合作平台營運計畫
  
  呂欽山教授近幾年的研究議題包括:
  1) 研究電荷密度波及具有奇異相變之系統 (Charge density waves & Exotic phase transitions)
  2) 二維凡得瓦材料之單晶成長與應用 (Applications of 2D van der Waals materials)
  3) 量子材料之單晶成長與研究 (Single crystal growth of quantum materials)
  
  Recently studied crystals:
  I. Superconducting compounds: V₂Ga₅, Lu₅Rh₆Sn₁₈, Re₂₄Nb₅, Mo₈Ga₄₁, AuSn₄, NbSe₂,...
  II. Strongly correlated electron systems: CeAgSb₂, LaAuSb₂, Sr₃Ir₄Sn₁₃, Sm₂Ru₃Ge₅, LaTe₃, VSe₂, SmSb, PdSn₂, BaFe₂Al₉, CuTe, ...
  III. Semimetals and semiconductors: CoSi, GeSe, SnSe, SnSe₂, SnS, ScSb, FeGa₃, Fe₂VAl, Ru₂NbGa...
  IV. Topological materials: NbP, TaP, PtTe₂, PdTe₂, NiTe₂, Pt₃Te₄, PtSn₄, PdSn₄, NiTeSe, VAl₃,...
  V. 2D and van der Waals crystals: MnPS₃, FePS₃, CrPS₄, PdSe₂, PtSe₂, Ni₃Sn₄, Cr₅Te₈, Fe₅GeTe₂, CuCrP₂S₆....

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  Single Crystal Growth at NCKU
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
   
• Selected publications since 2001:
  210. "Thermal history-dependent characteristics in van der Waals ferromagnet Fe_5-xGeTe₂ (x~0.16)",
  APL Materials 8, (2024).
  208. "Thermal characteristics of the phase transition near 100 K in BaFe₂Al₉",
  Physical Review B 110, 045128 (2024).
  206. "Physical properties and electronic structure of the two-gap superconductor V₂Ga₅",
  Physical Review Research (2024).
  205. "Revealing the charge density wave caused by Peierls instability in two-dimensional NbSe₂", 
  ACS Materials Letters 6, 2941 (2024).    
  203. "Self-powered hydrogen production from seawater enabled by trifunctional exfoliated PtTe nanosheets catalysts",
  Advanced Functional Materials 2403099 (2024).    
  202. "Unlocking superior NO₂ sensitivity and selectivity: the role of sulfur abstraction in indium sulfide (InS) nanosheets-based sensors",
  Journal of Materials Chemistry A 12, 10329 (2024).
  201. "Three-dimensional ultrafast charge-density-wave dynamics in CuTe",
  Nature Communications 15, 2389 (2024).
  199."Van der Waals device integration beyond the limits of van der Waals forces via adhesive matrix transfer",
  Nature Electronics 7, 17 (2024)
  197. "Investigating the role of undercoordinated Pt sites at the surface of layered PtTe₂ for methanol decomposition",
  Nature Communications 15, 653 (2024).
  196. "Quantum magnetotransports derived from the topological Dirac fermions in single-crystalline Pt₃Te₄ semimetal: Observations of chiral anomaly, quantum interference, and surface helical spin textures",
  Journal of Alloys and Compounds 971, 172759 (2024).
  
  195. "Delaminated MnPS₃ with multiple layers coupled with Si featuring ultrahigh detectivity and environmental stability for UV photodetection",
  ACS Applied Materials & Interfaces 15, 54243 (2023).
  194. "Electrical transport and electronic properties of semimetal PdSn₂ crystals",
  Physical Review B 108, 205133 (2023).
  193. "Tunable non-Lifshitz-Kosevich temperature dependence of Shubnikov-de Haas oscillation amplitudes in SmSb",
  npj Quantum Materials 8, 55 (2023).
  192. "Current direction dependent magnetotransport in CuTe",
  Physical Review B 108, 115162 (2023).
  190. "Solution-processed alpha-In₂Se₃ nanosheets for ultrasensitive and highly selective NO₂ gas sensors",
  Journal of Materials Chemistry A 11, 12315 (2023).
  188. "Cost-effective, high-performance Ni₃Sn₄ electrocatalysts for methanol oxidation reaction in acidic environments",
  Chemical Communications 59, 6040 (2023).
  187. "Unveiling the catalytic potential of topological nodal-line semimetal AuSn₄ for hydrogen evolution and CO₂ reduction",
  Journal of Physical Chemistry Letters 14, 3069 (2023).
  186. "Toward perfect PtTe₂ and PdTe₂ surfaces with ion bombardment and annealing treatment",
  ACS Applied Materials & Interfaces 15, 16153 (2023). (Selected as the journal cover)  
  184. "Observation of highly anisotropic bulk dispersion and spin-polarized topological surface states in CoTe₂",
  Physical Review B 107, 085406 (2023).
  183. "Hydrogen production mechanism in low-temperature methanol decomposition catalyzed by Ni₃Sn₄ intermetallic compound: A combined operando and density functional theory investigation",
  Journal of Physical Chemistry Letters 14, 1334 (2023).
  182. "Terahertz nonlinear Hall rectifiers based on spin-polarized topological electronic states in 1T-CoTe₂",
  Advanced Materials 2209557 (2023).
  181. "Formation of vertical SnSe/SnSe₂ p-n heterojunction by NH₃ plasma-induced phase transformation",
  Nanoscale Advances 5, 443 (2023).
  
  179. "Extreme optical anisotropy in the type-II Dirac semimetal NiTe₂ for applications and nanophotonics",
  ACS Applied Nano Materials 5, 18531 (2022).  
  177. "Ultrasensitive self-driven terahertz photodetectors based on low-energy type-II Dirac fermions and related van der Waals heterojunctions",
  Small, 2205329 (2022).
  177. "²⁷Al NMR insight into the phase transition in BaFe₂Al₉",
  Physical Review B 106, 195101 (2022).
  176. "Nematic electron and phonon dynamics in SnS crystals",
  Applied Physics Letters 121, 172105 (2022). (Featured on the cover of APL)
  174. "Tip-mediated bandgap tuning for monolayer transition metal dichalcogenides",
  ACS Nano 15, 9, 14918 (2022).
  172. "Trigonal distortion in zigzag-antiferromagnet iron phosphorus trisulfide",
  Physical Review B 106, 125412 (2022).
  171. "Low-temperature magnetic order rearrangement in the layered van der Waals compound MnPS₃",
  Physical Review B 106, 094416 (2022).
  170. "Resonant inelastic x-ray scattering of spin-charge excitations in a Kondo system",
  Physical Review B 106, 075141 (2022).
  169. "Sustainable hydrogen production using group-10 metal chalcogenides as low-cost effective electrocatalysts",
  Advanced Sustainable Systems 2200168 (2022).
  166. "Setting the limit of the lateral thermal expansion of layered crystals via helium atom scattering",
  Physical Chemistry Chemical Physics 24, 13229 (2022).
  165. "Magnetic properties and noncollinear spin structure of the tin-rich stannide Ho₅Co₆Sn₁₈",
  Physical Review B 105, 104429 (2022).
  164. "Hybrid Dirac semimetal-based phototransistor with efficient low-energy photon harvesting",
  Light: Science & Applications 11, 53 (2022).
  162. "Efficient hydrogen evolution reaction with bulk and nanostructured mitrofanovite Pt₃Te₄",
  Nanomaterials 12, 558 (2022).
  
  161. "Kitkaite NiTeSe, an ambient-stable layered Dirac semimetal with low-energy type-II fermions with application capabilities in spintronics and optoelectronics",
  Advanced Functional Materials 2106101 (2021).  
  160. "Revisiting the unquestioned chemical stability of germanium selenide (GeSe) and the origin of its photocatalytic efficiency",
  Advanced Functional Materials 2106228 (2021).  
  159. "Mitrofanovite Pt₃Te₄: a topological metal with termination-dependent surface band structure and strong spin polarization",
  ACS Nano 15, 9, 14786 (2021).
  158. "Interfacial magnetic coupling in Co/antiferromagnetic van der Waals compound of FePS₃",
  Applied Surface Science 567, 150864 (2021).
  157. "Unveiling the mechanisms ruling the efficient hydrogen evolution reaction with mitrofanovite Pt₃Te₄",
  Journal of Physical Chemistry Letters 12, 8267 (2021).
  156. "Specific heat and NMR evidence for the low Fermi-level density of states in semimetallic ScSb",
  Physical Review B 104, 035135 (2021).
  154. "Efficient electrochemical water splitting with PdSn₄ Dirac nodal arc semimetal",
  ACS Catalysis 11, 7311 (2021).
  152. "Pressure-dependent modifications in LaAuSb₂ charge density wave system",
  Physical Review B 103, 195126 (2021).
  150. "High-frequency rectifiers based on type-II Dirac fermions",
  Nature Communications 12, 1584 (2021).
  149. "Electron-phonon coupling in superconducting 1T-PdTe₂",
  npj 2D Materials and Applications 5, 25 (2021).
  
  148. "Linear magnetoresistance with a universal energy scale in a strong-coupling superconductor Mo₈Ga₄₁ without quantum criticality",
  Physical Review B Rapid Communications 102, 241113(R) (2020).
  146. "Charge redistribution mechanisms in SnSe₂ surfaces exposed to oxidative and humid environments and their related influence on chemical sensing",
  Journal of Physical Chemistry Letters 11, 9003 (2020).
  145. "Transport and thermal behavior of the charge density wave phase transition in CuTe",
  Physical Review B 102, 155137 (2020).
  144. "Defect engineering in ambipolar layered materials for mode-regulable nociceptor",
  Advanced Functional Materials 2007587 (2020).
  143. "Anisotropic ultrasensitive PdTe₂-based phototransistor for room-temperature long-wavelength detection",
  Science Advances 6, eabb6500 (2020).
  142. "Two-dimensional superconductivity derived from topological surface states in AuSn₄ semimetal",
  Communications Materials 1, 56 (2020).
  140. "Ultrasensitive ambient-stable SnSe₂-based broadband photodetectors for room-temperature IR/THz energy conversion and imaging",
  2D Materials 7, 035026 (2020).
  138. "Charge density wave like behavior with magnetic ordering in orthorhombic Sm₂Ru₃Ge₅",
  Physical Review B 101, 155140 (2020).
  137. "Transition-metal dichalcogenide NiTe₂: an ambient-stable material for catalysis and nanoelectronics",
  Advanced Functional Materials 2000915 (2020).
  136. "Experimental determination of surface thermal expansion and electron-phonon coupling constant of 1T-PtTe₂",
  2D Materials 7, 025007 (2020).
  135. "Efficient electrochemical hydrogen evolution reaction with PtSn₄ via surface oxidation",
  Journal of Materials Chemistry A 8, 2349 (2020).
  
  134. "PtTe₂-based type‐II Dirac semimetal and its van der Waals heterostructure for sensitive room temperature Terahertz photodetection",
  Small 15, 1903362 (2019).
  133. "Observation of bulk states and spin polarized topological surface states in transition-metal dichalcogenide Dirac semimetal candidate NiTe₂",
  Physical Review B 100, 195134 (2019).
  132. "PdTe₂ transition-metal dichalcogenide: chemical reactivity, thermal stability and device implementation",
  Advanced Functional Materials 1906556 (2019).
  130. "Characterization of the charge density wave transition and observation of the amplitude mode in LaAuSb₂",
  Physical Review B 99, 235121 (2019).
  129. "Broadband excitation spectrum of bulk crystals and thin layers of PtTe₂",
  Physical Review B 99, 045414 (2019).
  128. "Electronic structure investigation of a charge-density-wave coupled to a metal-to-metal transition in Ce₃Co₄Sn₁₃",
  Physical Review B 98, 235136 (2018).
  126. "3D Dirac plasmons in type-II Dirac semimetal PtTe₂",
  Physical Review Letters 121, 086804 (2018). (Featured in Physics) (Editors' Suggestion).
  124. "Extremely large magnetoresistance and the complete determination of the Fermi surface topology in the semimetal ScSb",
  Physical Review B 98, 035133 (2018).
  122. "Tailoring the surface chemical reactivity of transition-metal dichalcogenide PtTe₂ crystals",
  Advanced Functional Materials 1706504 (2018).
  121. "Evidence for a second-order phase transition around 350 K in Ce₃Rh₄Sn₁₃",
  Physical Review B 97, 094101 (2018).
  
  117. "Semimetallic behavior in Heusler-type Ru₂TaAl and thermoelectric performance improved by off-stoichiometry",
  Physical Review B 96, 125106 (2017).
  114. "Electronic and atomic structures of Sr₃Ir₄Sn₁₃ single crystal: A possible charge density wave material",
  Scientific Reports 7, 40886 (2017).
  113. "Ru₂NbGa: A Heusler-type compound with semimetallic characteristics",
  Physical Review B 94, 205116 (2016).
  112. "Dynamics of phonons in Sr₃Ir₄Sn₁₃: An experimental study by ultrafast spectroscopy measurements",
  New Journal of Physics 18, 073045 (2016).
  111. "Comparative study of the thermodynamic properties near the structural phase transitions of Sr₃Rh₄Sn₁₃ and Sr₃Ir₄Sn₁₃",
  Physical Review B 93, 245119 (2016).
  108. "Lattice distortion associated with Fermi-surface reconstruction in Sr₃Rh₄Sn₁₃",
  Physical Review B 91, 165141 (2015).
  107. "Weakly-correlated nodeless superconductivity in single crystals of Ca₃Ir₄Sn₁₃ and Sr₃Ir₄Sn₁₃ revealed by critical fields, Hall effect, and magnetoresistance measurements",
  New Journal of Physics 17, 033005 (2015).
  103. "Concomitant charge-density-wave and unit-cell doubling structural transitions in Dy₅Ir₄Si₁₀",
  Physical Review B 89, 195142 (2014).
  101. "Interplay between localized and itinerant magnetism with Co substitution for Fe in solid solutions Fe_1–xCo_xGa₃",
  Physical Review B 89, 104426 (2014).
  100. "Characteristics of the phase transition near 147 K in Sr₃Ir₄Sn₁₃",
  Physical Review B 89, 094520 (2014).
  99. "Partially gapped Fermi surfaces in La₃Co₄Sn₁₃ revealed by nuclear magnetic resonance",
  Physical Review B 88, 115113 (2013).
  91."Transport, thermoelectric, and thermal expansion investigations of the cage structure compound CeOs₂Al₁₀",
  Physical Review B 85, 245116 (2012).
  89. "Observation of a possible charge-density-wave transition in cubic Ce₃Co₄Sn₁₃",
  Physical Review B 85, 205120 (2012).
  88. "NMR characteristics in noncentrosymmetric Mo₃Al₂C",
  Physical Review B 85, 052501 (2012).
  85. "Evidence for s-wave superconductivity in noncentrosymmetric Re₂₄Nb₅ from ⁹³Nb NMR measurements",
  Physical Review B 84, 052509 (2011).
  82. "Electronically phase-separated charge-density waves in Lu₂Ir₃Si₅",
  Physical Review B 83, 155121 (2011).
  81. "Evolution of the pseudogap in Sr_1-xY_xAl₂Si₂ (x=0, 0.05, 0.1, and 0.15) probed via ²⁷Al nuclear magnetic resonance",
  Physical Review B 83, 113105 (2011).
  80. "NMR evidence for the partially gapped state in CeOs₂Al₁₀",
  Physical Review B 82, 195129 (2010).
  77. "Transport, thermal, and NMR characteristics of CeRu₂Al₁₀",
  Physical Review B 82, 045111 (2010).
  74. "27Al NMR study of the mixed valence compound CeFe₂Al₁₀",
  Physical Review B 81, 075113 (2010).
  73. "Annealing effect on the reduction of Fermi-level density of states in CoTiSb: NMR evidence",
  Physical Review B 80, 174202 (2009).
  72. "⁵¹V NMR study of the spin gap compound BiCu₂VO₆: A microscopic probe of magnetic interactions",
  Physical Review B 80, 092407 (2009).
  71. "Enhancement of the thermoelectric performance by Y substitution on SrSi₂",
  Applied Physics Letters 94, 192105 (2009).
  70. "Evolution of the electronic structure in partially filled skutterudites: Ca_xCo₄Sb₁₂ studied using NMR",
  Physical Review B 79, 125108 (2009).
  68. "Two magnetic orderings and spin-flop transition in spin-1 system SrNi₂(PO₄)₂",
  Physical Review B 78, 212410 (2008).
  67. "NMR evidence for the spin gap behavior in Cu₂PO₄OH",
  Physical Review B 78, 212407 (2008).
  65. "Chemical pressure effect on the transport and electronic band structure of Fe₂V_1-xNb_xAl",
  Physical Review B 78, 165117 (2008).
  64. "Effect of partial La filling on the local electronic properties of La_xCo₄Sb₁₂ studied using ⁵⁹Co NMR",
  New Journal of Physics 10, 083029 (2008).
  63. "Comparative NMR investigation of the Re-based borides",
  Physical Review B 78, 033107 (2008).
  62. "Magnon-mediated thermal conductivity in the dimerized spin gap compound BaCu₂V₂O₈",
  Physical Review B 78, 012406 (2008).
  59. "Electronic properties of Sc₅M₄Si₁₀ (M=Co,Rh,Ir) probed by NMR and first-principles calculations",
  Physical Review B 77, 115130 (2008).
  57. "NMR probe of pseudogap characteristics in CaAl_2-xSi_2+x",
  Physical Review B 75, 235111 (2007).
  50. "NMR investigation of the skutterudite compound CoSb₃",
  Physical Review B 75, 075113 (2007).
  49. "Thermoelectric properties of quaternary Heusler alloys Fe₂VAl_1-xSi_x",
  Physical Review B 75, 064204 (2007).
  48. "Spin gap behavior in Cu₂Sc₂Ge₄O₁₃ studied using ⁴⁵Sc nuclear magnetic resonance",
  Physical Review B 75, 014426 (2007).
  45. "Comparative NMR study of hybridization effect and structural stability in D0₂₂-type NbAl₃ and NbGa₃",
  Physical Review B 74, 094101 (2006).
  43. "Phase transition in Lu₂Ir₃Si₅: An experimental investigation by transport measurements",
  Physical Review B 74, 045115 (2006).
  42. "NMR evidence for the coexistence of double structure in CaAlSi",
  Physical Review B 74, 014505 (2006).
  41. "Effects of Fe substitution on TC suppression of MgB₂: A ¹¹B NMR study",
  Physical Review B 73, 214505 (2006).
  39. "NMR study of the ternary carbides M₂AlC (M=Ti,V,Cr)",
  Physical Review B 73, 035125 (2006).
  36. "Anomalous thermal properties of the Heusler alloys Ni_2+xMn_1-xGa near the martensitic transition",
  Physical Review B 72, 054116 (2005).
  35. "NMR investigation of BaCu₂V₂O₈ in alternating-chain and dimer-chain models",
  Physical Review B 72, 052409 (2005).
  33. "Stability and local electronic properties of Al₃M (M=Zr,Hf): An NMR study",
  Physical Review B 71, 195104 (2005). 
  29. "Structural, thermal, and transport properties of Fe2VSi_1-xAl_x",
  Physical Review B 71, 064202 (2005).
  24. "Hole-doping effect on the thermoelectric properties and electronic structure of CoSi",
  Physical Review B 69, 125111 (2004).  
  21. "NMR and Mössbauer study of spin dynamics and electronic structure of Fe_2+xV_1-xAl and Fe₂VGa",
  Physical Review B 67, 224425 (2003).
  20. "Ionic size and disorder effects on the charge-density wave transitions in R₅Ir₄Si₁₀ (R=Dy-Lu)",
  Physical Review B 67, 195101 (2003).
  17. "Experimental and theoretical study of the electronic structure of Fe₃Al, Fe₂VAl, and Fe₂VGa",
  Physical Review B 66, 205203 (2002).
  16. "Thermoelectric properties of the semimetallic Heusler compounds Fe_2-xV_1+xM (M = Al, Ga)",
  Physical Review B 66, 085121 (2002).
  15. "Thermal hysteresis in the charge-density-wave transition of Lu₅Rh₄Si₁₀",
  Physical Review B 66, 033101 (2002).
  12. "Thermal properties of Lu₅Ir₄Si₁₀ near the charge-density-wave transition",
  Physical Review B 64, 125124 (2001).
  10. "Spin glass behavior in FeAl₂",
  Physical Review B 63, 184405 (2001).
  8. "Pseudogap in Fe₂VGa: NMR evidence",
  Physical Review B 63, 054420 (2001).
• A:教學榮譽
  (1) 98學年度教學優良教師
  B:教學服務
  (1) 高中物理資優學生培育班計畫主持人
  C:學生獲獎
  (1) 指導碩士學生李翔宇榮獲2024年物理年會穩懋壁報論文佳作獎
  (2) 指導學士學生黃祉穎榮獲2023台灣物理學會大專生優良論文獎特優
  (3) 指導碩士學生李翔宇榮獲2022年成功大學理學院壁報論文比賽企業獎
  (4) 指導學士學生黃祉穎榮獲2022年成功大學張桐生論文比賽大專組第一名
  (5) 指導碩士學生許家峻榮獲2018年物理年會壁報論文佳作獎
  (6) 博士後研究員郭家農榮獲2015年科技部博士後學術著作獎
  (7) 指導碩士學生曾郁翔榮獲2013年物理年會壁報論文佳作獎　
  (8) 指導碩士學生楊士弘榮獲2011年研究生優良論文獎佳作獎
  (9) 指導博士學生郭家農榮獲2010年研究生優良論文獎佳作獎
  (10) 指導學士學生陳勁甫榮獲2008年大專生優良論文獎佳作獎
  (11) 指導碩士學生蘇子翔榮獲2007年物理年會壁報論文優等獎
  (12) 指導碩士學生林景穎榮獲2006年物理年會壁報論文優等獎
  D:學術榮譽
  (1) 2023年中技社傑出物理學術獎
  (2) 自然科學與永續研究發展簡訊 第35卷第2期 專訪
  (3) 105-107, 108-110 112-114 學年度成功大學特聘教授
  E:學術服務
  (1) 102-104學年度科技部自然司物理學門複審委員
  (2) 105-107學年度科技部自然司物理學門諮議委員
  (3) 106-108學年度科技部自然司貴儀學門複審委員
  F:舉辦學術會議
  (1) 台灣-義大利的晶體研討會 (2021/12/09-12/10)
  Italy-Taiwan bilateral symposium on emergent crystalline materials : 
  https://ittwsymposium.wordpress.com
  (2) 台灣物理學會凝態物理共識會議 (2022/7/21-7/22)
  (3) 2023年尖端晶體材料年會 (2023/5/19-5/20)
  (3) 2024年尖端晶體材料年會 (2024/5/10-5/11)
  G:重要獎項及計畫審查
  (1) 科技部第8屆(2014年)杜聰明獎審查
  (2) 科技部自由型卓越學研計畫審查
  (3) 科技部自然司卓越領航研究計畫審查
  (4) 科技部A世代前瞻半導體技術專案計畫審查
  (5) 波蘭科學院研究計畫審查
  H:重要國際學術期刊審查(Referee)
  (1) Physical Review Letters
  (2) Physical Review X
  (3) Physical Review B
  (4) Scientific Reports
  (5) New Journal of Physics
  (6) Applied Physics Letters
  (7) Journal of Applied Physics
  (8) Journal of the American Chemical Society (JACS)
  (9) Journal of Magnetism and Magnetic Materials
  (10) The Journal of Physical Chemistry
  (11) Journal of Alloys and Compounds
  (12) Materials Chemistry and Physics
  (13) Journal of Materials Research
  (14) Physica Status Solidi (b)
  (15) Annalen der Physik