Building on research on family communication and forgiveness, this study seeks to understand how families communicate the value and practice of forgiveness. Through semi-structured interviews, the study asks participants to recall their formative conversations and experiences about forgiveness with their family members and to discuss how those conversations influenced their current perspectives on forgiveness. Interviews from five female undergraduate students yielded seven main themes from where individuals learn how to forgive: 1) Sibling conflicts, 2) Family conversations about friendship conflicts, 3) Conversations with Mom, 4) Living by example, 5) Take the high road, 6) “Life’s too short”, and 7) Messages rooted in faith and morality.

Advancing the understanding and treatment of many neurological disorders can be achieved by improving methods of neuronal detection at increased depth in the mammalian brain. Different cell subtypes cannot be detected using non-invasive techniques beyond 1 mm from cortical surface, in the context of targeting particular cell types in vivo (Wang, 2012). These limitations in the depth of imaging and targeting are due to optical scattering (Ntziachristos, 2010). In order to overcome these restrictions, longer wavelength fluorescent proteins have been utilized by researchers to see tagged cells at depth. Optical techniques such as two-photon and confocal microscopy have been used in combination with fluorescent proteins to expand depth, but are still limited by the penetration depth of light due to optical scattering (Lee, 2015). This research aims to build on other detection methods, such as the photoacoustic effect and automated fluorescence-guided electrophysiology, to overcome this limitation.