Determination of the full orientation of a single fluorescent Terrylene molecule using triplet-triplet absorption

Key Points

• The orientation of a single fluorescent Terrylene molecule is determined through triplet-triplet absorption measurements, revealing significant photophysical processes.
• Key evidence includes the unique characteristics exhibited during triplet state transitions, observed using advanced fluorescence techniques.
• Analytical approach utilizes spectroscopic methods to decode the orientation and dynamics of the molecule in greater detail.
• This highlights the potential for enhanced accuracy in molecular orientation studies, with implications for materials science and nanotechnology.