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T. Nguyen

2 papers in the library · 24 citations · publishing 2015-2020

Papers

Intercultural Philosophy and the Nondual Wisdom of "Basic Goodness": Implications for Contemplative and Transformative Education.

Journal of Philosophy of Education May 1, 2015 Claudia Eppert, Daniel Vokey, T. Nguyen et al. 24 citations

Radical personal and systemic social transformation is needed to address global violence, inequality, moral confusion, and environmental destruction. Recent educational discourse has embraced intersubjectivity and contemplative education initiatives in North American schools and universities. This article argues that these turns would benefit from openness to the ontologies, epistemologies, and ethics of the wisdom traditions from which many contemplative practices originate. It discusses intercultural philosophy of education and introduces Eastern philosophical ideas, particularly the Shambhala Buddhist notion of nondual ground and wisdom of basic goodness. Awareness of basic goodness and its holistic expression in ground, path, and fruition can open vital questions about intersubjectivity, challenge current engagements with contemplative practices, and provide insights for transformational education in neoliberal times. The article concludes with a deepened understanding of intercultural philosophy of education.

Regional, Layer, and Cell-Type-Specific Connectivity of the Mouse Default Mode Network

Neuron December 1, 2020 Jennifer D. Whitesell, Adam Liska, L. Coletta et al.

The default mode network (DMN) is a set of brain regions active at rest and vulnerable to brain disorders, but how disease affects it remains unknown. By co-registering functional MRI and axonal tracing data into the Allen mouse brain atlas, the authors show that the mouse DMN consists of preferentially interconnected cortical regions. Layer 2/3 neurons within the DMN project almost exclusively to other DMN regions, whereas layer 5 neurons project both in and out of the DMN. In the retrosplenial cortex, two layer 5 projection types were identified, distinguished by their targets, laminar position, and gene expression. These findings provide a multi-scale description of the mouse DMN's anatomical connectivity.