Group member

Hong, Mi Jin

PhD course

Research Focus

Works on energy and bio-inspired photonics, with publication-linked work spanning copper-oxide photoelectrochemical water splitting, chicken-retina-inspired photoreceptors, radiative-cooler inverse design, and color-tunable thermal-management glass.

MS: Department of EE

BS: Department of EE

Email: mijin5459@naver.com

Research list

Publication-Linked Work

Curated from verified journal author records and APOL Publications.

84.

Thermal Transport Engineering in an Adaptive Latent-Radiative Hydrogel Thermostat

Energy-photonics work on thermal management, radiative cooling, or adaptive optical materials.

2026 - Small Struct., 7, 10, e70636

74.

Color-Tunable Glass for Adaptable Thermal Management Based on Silver Phase Change

Color-tunable silver phase-change glass for adaptable thermal management.

2025 - Adv. Sci., 12, 34, e05791

70.

Near-Ideal Copper Oxide Heterostructure Design for Photoelectrochemical Water Splitting

Copper-oxide heterostructure design for improved photoelectrochemical water-splitting performance.

2024 - ACS Applied Materials & Interfaces, 16, 43, 58556-58565

66.

Nanowire-based artificial photoreceptors with multi-hyperuniformity inspired by chicken retina

Nanowire-based artificial photoreceptor arrays inspired by chicken-retina multi-hyperuniformity.

2024 - Opt. Express 32, 20, 35331-35344

61.

Deep learning-assisted inverse design of nanoparticle-embedded radiative coolers

Deep-learning-assisted inverse design workflow for nanoparticle-embedded radiative coolers.

2024 - Opt. Express 32, 9, 16235-16247