Cation Exchange Enables the Universal Synthesis of 2D Metal Selenides for Solar Hydrogen Conversion

Key Points

• The aim is to develop a scalable method for synthesizing 2D metal selenides that can be used in solar hydrogen production.
• Established approach harnessing cation exchange for synthesis of 2D MSe nanostructures.
• Focused on scalability and tunability in the synthesis process.
• Successfully synthesized 2D metal selenides, enhancing their potential as photocatalysts.
• Demonstrated applicability in solar-to-hydrogen energy conversion.