JUNJUN JIA

Associate Professor

Waseda University

Japan

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Junjun Jia is an Associate Professor at Waseda University in Japan. His research areas include semiconductor materials, optical switching, and thermal conduction in conductive films, with recent publications focusing on nitrogen doping effects in Cu2O-based pn junctions and the development of solid-state thermal switching materials. He also explores advanced materials for energy storage and electrochromic applications, as well as optical nonlinearity in organic materials.

Articles (19)

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2025

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Hitoshi Tampo

National Institute of Advanced Industrial Science and Technology (AIST)

JAPAN

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Kaede Makiuchi

National Institute for Materials Science

JAPAN

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Masataka IMURA

National Institute for Materials Science

JAPAN

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Hisao Ishii

Professor

Chiba University

JAPAN

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JUNJUN JIA

Research Interests

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About

Articles (19)

Impact of Nitrogen Doping on Leakage Current of p‐Type Cu2O‐Based pn Junctions for Ga2O3 Power Device Applications

Multivalley optical switching in germanium

Density of States around the Valence Top Region of Cu2O Thin Films Observed with Constant‐Initial‐State and Constant‐Final‐State Photoelectron Yield Spectroscopy

Emerging Solid–State Thermal Switching Materials

Thermal conduction in polycrystalline or amorphous transparent conductive oxide films

Co-sputtering construction of Gd-doped WO3 nano-stalagmites film for bi-funcional electrochromic and energy storage applications

Enhanced electromechanical coupling from cation local structures in (Mg,Zn)O

Thin-film synthesis of metastable rocksalt MgSnN2 without epitaxial stabilization

Control of the Emission and Excitation Energies in Pr3+-Activated Perovskite Oxide–Oxynitrides by Bandgap Engineering

Cyclic thermal conductivity changes of Pd-catalyzed Ni–Mg alloy films by gasochromic hydro- and dehydrogenations

Pressure-Induced Transition from Wurtzite and Epitaxial Stabilization for Thin Films of Rocksalt MgSnN2

Tunable Organic ENZ Materials with Large Optical Nonlinearity

Structural, optical and electrical properties of ZnO–InN quaternary compound films

Structural, optical and electrical properties of ZnO-InN quaternary compound films

Pressure-Induced Transition from Wurtzite and Epitaxial Stabilization for Thin Films of Rocksalt MgSnN2

Revealing the simultaneous increase in transient transmission and reflectivity in InN

Enhanced Electromechanical Coupling in Yb-Substituted III–V Nitride Alloys

Enhanced Electromechanical Coupling in Yb-Substituted III-V Nitride Alloys

Electron transport properties in degenerate magnesium tin oxynitride (Mg1−xSn1+xN2−2yO2y) with average wurtzite structure

Collaborators (9)

Hidenobu Murata

Yasushi Sato

Naoomi Yamada

Yuichiro Yamashita

Yuzo Shigesato

Hitoshi Tampo

Kaede Makiuchi

Masataka IMURA

Hisao Ishii

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