Photoinduced energy and electron transfer in Zn(II) carborane phthalocyanine and its complex with albumin explored from femto- to milliseconds

Key Points

• Electron transfer dynamics were tracked across femtosecond to millisecond timescales, highlighting the rapid processes involved.
• Key metrics include an observed lifetime of specific excited states, providing insights into molecular interactions at varying timescales.
• Analysis of the zinc carborane phthalocyanine and its complex with albumin shows efficient energy transfer mechanisms influencing stability.
• Understanding these dynamics may enable advancements in drug delivery systems and photodynamic therapies, with implications for molecular design.