Two-Dimensional Electronic Spectroscopy Reveals Excitation Energy-Dependent State Mixing during Singlet Fission in a Terrylenediimide Dimer

Keyphrases

• Two-dimensional Electronic Spectroscopy 100%
• State Dependence 100%
• Energy-dependent 100%
• Excitation Energy 100%
• State Mixing 100%
• Singlet Fission 100%
• Terrylene Diimides 100%
• 2D Electronic Spectroscopy 75%
• Charge Separation 50%
• 1,4-Dioxane 50%
• Dichloromethane 50%
• Charge Transfer 25%
• Chromophore 25%
• Multiexcitons 25%
• Symmetry Breaking 25%
• Dilute Solution 25%
• Solvent Polarity 25%
• Photophysics 25%
• Spectral Features 25%
• Mixed State 25%
• Singlet Exciton 25%
• Dicarboximides 25%
• Wavelength Dependence 25%
• Charge Transfer States 25%
• Vibronic Coupling 25%
• Terrylene 25%
• State Coupling 25%
• Triplet Excitons 25%
• Pump Wavelength 25%
• Multiexciton State 25%
• Triplet Pair States 25%

Chemistry

• Electronic Spectroscopy 100%
• dimer 100%
• 1,4-dioxane 50%
• Excitons 50%
• Dichloromethane 50%
• Photophysics 25%
• Dicarboximide 25%
• Charge Transfer State 25%
• Terrylene 25%
• Vibronic Coupling 25%
• Chromophore 25%
• solvent polarity 25%