Publications by authors named "Trisha Diba Farha"
Article Synopsis
- Reverse pH-dependent fluorescent proteins like dKeima change their fluorescence based on the protonation state influenced by external pH, showing unique behavior even when fixed at metal-solution interfaces.
- During hydrogen evolution reactions (HER), although the surrounding pH increases, dKeima reveals that strong HER activity leads to chromophore deprotonation, indicating a specific response at the interface.
- This technology enables real-time visualization of proton dynamics near the interface, highlighting variations in proton depletion based on electrode design and demonstrating how these insights can enhance understanding of hydrogen production processes.
