Author
Wan Jiang
Recent research
- Materials & Energy
ABSTRACT Multicolor fluorescence, typically favored by soft environments, and phosphorescence, which relies on rigid lattices to stabilize triplet excitons, are fundamentally incompatible and hard to coexist within a single material. Here, we report a crown–ether–directed lattice...
- Materials & Energy
ABSTRACT Multicolor fluorescence, typically favored by soft environments, and phosphorescence, which relies on rigid lattices to stabilize triplet excitons, are fundamentally incompatible and hard to coexist within a single material. Here, we report a crown–ether–directed lattice...
- Materials & Energy
Thermoelectric Performance Optimization toward Practical and Wearable Applications
Conspectus Although maximizing the thermoelectric figure of merit (zT) has long been the central objective in thermoelectric research, our studies reveal that high intrinsic material performance alone cannot guarantee a stable and efficient thermoelectric output in practical oper...
- Materials & Energy
ABSTRACT Laser‐driven lighting demands robust color converters with broad, continuous spectra to achieve high‐fidelity illumination, yet conventional phosphors often suffer from spectral deficiencies that lower the color rendering index (CRI) and cause visual discomfort. To addre...
- Engineering & Technology
HydrochloricAcid-Assisted Synthesis of Red EmissiveHybrid Mn2+ Halides for Wide Gamut Displays
Abstract Lead-free red emissive hybrid Mn2+-based metal halides have emerged as promising phosphors for lighting and display applications owing to their environmental friendliness and d–d transition. However, simultaneously enhancing emission efficiency and narrowing the red-emis...