FCU · Materials ScienceTaichung, Taiwan

Low-Dimensional
Materials Lab

Our lab focuses on understanding nano materials growth patterns and underlying diffusion mechanisms. We create and design novel metal oxide materials of the next generation through liquid metal approaches, heterostructure engineering, and in-situ characterization.

97
Publications
6+
Members
3
Research Areas
TEM Atomic Imaging
Atomic-Scale TEM Imaging
2024 開工
2024 開工
Research Highlights
研究亮點
Our latest breakthrough published in Nature Communications — liquid metal synthesis technology for bimetallic MOFs.
Heterostructure

Heterostructure Nanomaterials

In-situ TEM observation of growth mechanisms at the atomic scale.

RRAM

Resistive Random-Access Memory

Nanofilament dynamics and multi-level resistance switching.

Liquid Metal

Liquid Metal

Room-temperature synthesis of 2D oxides and bimetallic MOFs.

Student Awards & Honors
學生獲獎紀錄
Recognition of outstanding research achievements by our students.
2025114
SNDCT Bronze Award
SNDCT — 林芮綺
Bronze
2025114
台灣材料年會 — 優等獎
台灣材料年會 — 陳隆恩
Merit
2024113
IEDMD & SNDCT 國際會議 — 銅質獎
IEDMD & SNDCT — 邱歆頤
Bronze
2024113
台灣材料年會 — 優等獎
台灣材料年會 — 邱歆頤
Merit
Invited Talks
受邀演講
Selected invited lectures at universities and academic institutions.
2026
Liquid Metal: From Synthesis Platforms to Functional Application
國立中央大學 — 材料所
Invited
2025
液態金屬的合成
國立交通大學 — 材料系
Invited
2023Oct
液態金屬之應用
國立中興大學 — 材料系
Invited
2022Nov
材料人的優勢
國立虎尾科技大學 — 材料科學工程學系
Invited
2022Apr
電子顯微鏡對產業界的應用
國立聯合大學 — 材料科學工程學系
Invited
最新消息
論文發表
2025
Nature Communications 論文刊出
利用鎵基液態金屬界面調控合成雙金屬 MOF,刊於 Nat. Commun. 16, 11721。
招生中
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