Faculty

Institution

Unit

Venue

Myungkoo Kang

Alfred University

Affiliations

Alfred University

Center Of Wellness

Department Of Mathematics

Department Of Physics And Astronomy

Kazuo Inamori School of Engineering

Department Of Renewable Energy Engineering

Department Of Social Sciences

Department Of Sociology

Division Of Chemistry

Division Of Physics And Astronomy

Division Of Psychology

School Of Ceramics And Materials Sciences

School of Art & Design

Myungkoo Kang is a Senior Professor at Alfred University, where his research bridges materials science, photonics, and applied physics. His work focuses on the structure–property relationships of chalcogenide and aluminoborosilicate glasses, particularly their thermal history, phase-change behavior, and infrared optical applications. Recent breakthroughs include an innovative measurement protocol for determining true glass transition temperatures, accelerated low-temperature glass stabilization via thermo-ultrasonication, and electrically reconfigurable phase-change transmissive metasurfaces. His latest publications appear in venues such as *Acta Materialia*, *Advanced Materials*, and *MRS Bulletin*. Kang’s research integrates optical engineering and optoelectronics, with ongoing contributions to advanced materials for reconfigurable optics and infrared glass-ceramics.

Honors

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Myungkoo Kang

Alfred University

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materials science photonics applied physics optoelectronics advanced materials optical engineering electrical engineering optical materials materials engineering engineering nanotechnology optical properties material research infrared optic deep learning laser science glass material glass-ceramic reconfigurable architectures electronics phase change materials electronic materials composite science optical metrology reconfigurability surface analysis surface characterization electro-optics device nanocomposites deep neural networks lightwave technology raman spectroscopy condensed matter thermal engineering generative adversarial networks optical switching electronic memory emerging memory technologies memory architectures phase-change materials optical ceramics infrared spectroscopy carbon-based materials ceramic technology surface chemistry x-ray spectroscopy elemental characterization x-ray diffraction optical glass reconfigurable all-dielectric metalens multifunctional metasurface design chalcogenide materials znse stability infrared glass-ceramic films advanced functional materials solid-state electronics energy storage materials energy research nano energy material chemistry light science nanoparticle research graphene nanoribbons non-volatile memory memory devices energy storage devices lithium-ion batteries diffraction-limited performance minimal power consumption multi‐level electro‐thermal switching gsst meta‐atoms mutual coupling effects photonic random-access memory electrical programmable multilevel lithium-ion battery anode infrared glass ceramics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accelerated Low-Temperature Stabilization of Glasses via Thermo-Ultrasonication. MRS Bulletin (2025)

glass-forming liquidsmaterial researchprecision engineeringfunctional glassglass transitionheat transferthermodynamicsultrasoundlow-temperature stabilizationmaterials science

An Innovative Measurement Protocol for Determining the True Glass Transition Temperature of Chalcogenide Glasses by Differential Scanning Calorimetry. Journal of Optics and Photonics Research (2025)

thermal engineeringoptical materialsglass transitioncharacterization (materials science)optical propertiesthermodynamicsapplied physics

On the Structural Role of Indium in Aluminoborosilicate Glasses: A Multi-Spectroscopic Study. Acta Materialia (2025)

material researchglass materialoptical glasscharacterization (materials science)materialitymicrostructurematerials science

Role of Thermal History in the Formation of Commercial‐Scale, Infrared Glass‐Ceramics. International Journal of Applied Glass Science (2025)

glass-ceramicceramic materialsceramicsmaterial researchglass materialadvanced ceramicsapplied physicsmaterials science

Electrically Reconfigurable Phase‐Change Transmissive Metasurface. Advanced Materials (2024)

Cosmin Constantin PopescuKiumars AryanaParth GarudKhoi Phuong DaoSteven VitaleVladimir LibermanHyung‐Bin BaeTae‐Woo LeeMyungkoo KangKathleen A. RichardsonMatthew JulianCarlos A. Ríos OcampoYifei ZhangTian GuJuejun HuHyun Jung Kim

phase-change materialsreconfigurabilityoptoelectronicsreconfigurable architectureselectrical engineeringapplied physicsmaterials science

Ge2Sb2Se4Te-Based Reconfigurable On-Chip Metasurface Nir Filter. (2024)

Cosmin-Constantin PopescuKiumars AryanaParth GarudKhoi Phuong DaoSteven VitaleChristopher RobertsVladimir LibermanHyung-Bin BaeTae Woo LeeMyungkoo KangKathleen A. RichardsonCarlos A. Ríos OcampoYifei ZhangTian GuJuejun HuHyun Jung Kim

reconfigurable architectureselectrical engineeringmetamaterials

Photothermally‐Engineered Crystallization of Gap‐Se Bulk Chalcogenide Nanocomposites Toward the Realization of 3D Gradient Refractive Index Profiles. Advanced Optical Materials (2024)

Roberto AlvarezAnna ZachariouIlya MingareevThomas J. LoretzRashi SharmaJustin CookCesar BlancoMartin C. RichardsonAndrew HowePatrick E. LynchGil. B. J. Sop TagneKun WangJake KlucinecMyungkoo KangKathleen A. Richardson

nanocompositesphotothermally-engineered crystallizationoptical materialsgap-se bulk chalcogenidematerials science

Self-Healing Mechanisms for Ge–Sb–S Chalcogenide Glasses Upon Gamma Irradiation. MRS Bulletin (2024)

Myungkoo KangByoung-Uk SohnQingyang DuDanhao MaRuturaj PujariLaura SiskenCesar BlancoClaudia GoncalvesChanelle AriasAnna ZachariouAnupama YadavPatrick E. LynchJonathan LeeSpencer NovakCasey M. SchwarzIgor LuzinovJuejun HuAnuradha M. AgarwalDawn T. H. TanKathleen A. Richardson

radiation oncologymaterials engineeringself-healing mechanismsge-sb-s chalcogenidegamma irradiationmaterials science

Solution-Derived Ge–Sb–Se–Te Phase-Change Chalcogenide Films. Scientific Reports (2024)

Myungkoo KangRashi SharmaCesar BlancoDaniel WiedemanQuentin AltemosePatrick E. LynchGil B. J. Sop TagneYifei ZhangMikhail Y. ShalaginovCosmin-Constantin PopescuBrandon M. TriplettClara Rivero-BaleineCasey M. SchwarzAnuradha M. AgarwalTian GuJuejun HuKathleen A. Richardson

semiconductor materialssemiconductorsthin filmstransition metal chalcogenidesmaterials science

Unravelling and Circumventing Failure Mechanisms in Chalcogenide Optical Phase Change Materials. arXiv (Cornell University) (2024)

Popescu, Cosmin ConstantinAryana, KiumarsMills, BrianLee, Tae WooMartin-Monier, LouisRanno, LuigiSia, Jia Xu BrianDao, Khoi PhuongBae, Hyung-BinLiberman, VladimirVitale, StevenKang, MyungkooRichardson, Kathleen A.Ocampo, Carlos A. RíosCalahan, DennisZhang, YifeiHumphreys, William M.Kim, Hyun JungGu, TianHu, Juejun

phase-change materialscircumventing failure mechanismsoptical materialscondensed matter physicsmaterials science

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Myungkoo Kang

Alfred University

Affiliations

Alfred University

Center Of Wellness

Department Of Mathematics

Department Of Physics And Astronomy

Kazuo Inamori School of Engineering

Department Of Renewable Energy Engineering

Department Of Social Sciences

Department Of Sociology

Division Of Chemistry

Division Of Physics And Astronomy

Division Of Psychology

School Of Ceramics And Materials Sciences

School of Art & Design

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Myungkoo Kang

Alfred University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accelerated Low-Temperature Stabilization of Glasses via Thermo-Ultrasonication. MRS Bulletin (2025)

glass-forming liquidsmaterial researchprecision engineeringfunctional glassglass transitionheat transferthermodynamicsultrasoundlow-temperature stabilizationmaterials science

thermal engineeringoptical materialsglass transitioncharacterization (materials science)optical propertiesthermodynamicsapplied physics

On the Structural Role of Indium in Aluminoborosilicate Glasses: A Multi-Spectroscopic Study. Acta Materialia (2025)

material researchglass materialoptical glasscharacterization (materials science)materialitymicrostructurematerials science

Role of Thermal History in the Formation of Commercial‐Scale, Infrared Glass‐Ceramics. International Journal of Applied Glass Science (2025)

glass-ceramicceramic materialsceramicsmaterial researchglass materialadvanced ceramicsapplied physicsmaterials science

Electrically Reconfigurable Phase‐Change Transmissive Metasurface. Advanced Materials (2024)

phase-change materialsreconfigurabilityoptoelectronicsreconfigurable architectureselectrical engineeringapplied physicsmaterials science

Ge2Sb2Se4Te-Based Reconfigurable On-Chip Metasurface Nir Filter. (2024)

reconfigurable architectureselectrical engineeringmetamaterials

Photothermally‐Engineered Crystallization of Gap‐Se Bulk Chalcogenide Nanocomposites Toward the Realization of 3D Gradient Refractive Index Profiles. Advanced Optical Materials (2024)

nanocompositesphotothermally-engineered crystallizationoptical materialsgap-se bulk chalcogenidematerials science

Self-Healing Mechanisms for Ge–Sb–S Chalcogenide Glasses Upon Gamma Irradiation. MRS Bulletin (2024)

radiation oncologymaterials engineeringself-healing mechanismsge-sb-s chalcogenidegamma irradiationmaterials science

Solution-Derived Ge–Sb–Se–Te Phase-Change Chalcogenide Films. Scientific Reports (2024)

semiconductor materialssemiconductorsthin filmstransition metal chalcogenidesmaterials science

Unravelling and Circumventing Failure Mechanisms in Chalcogenide Optical Phase Change Materials. arXiv (Cornell University) (2024)

phase-change materialscircumventing failure mechanismsoptical materialscondensed matter physicsmaterials science

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