Bridges of Virtue · Two interactive modules

The Loving Brain

Explore the neuroscience of love and compassion—and how feeling becomes understanding, practice, and virtue.

Module 01 · A Brain for Connection

Explore the Brain's Pathways of Love

Click a numbered marker or choose a region below. Each selection connects a brain system with an idea from the encyclopedia and a reflection you can try.

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Conceptual cutaway schematic. Markers indicate approximate relationships; deep and surface regions are shown together. The numbered points are not a scan or a diagnostic map.

Reward & motivation

VTA & ventral striatum

The ventral tegmental area (VTA) and ventral striatum contribute to reward and motivational salience. They help explain why a loved person can feel especially important and worth approaching.

Activate this region

Think of someone you care about. What draws your attention to their well-being, beyond how they make you feel?

1 of 8 network markers explored

Explore the full 3D brain at BrainFacts.org ↗

Optional anatomy companion · Society for Neuroscience. Opens in a new tab.

Module 02

Test Your Knowledge on the Neuroscience of Love and Virtue

Explore three activities: connect the brain’s systems, test your knowledge, and choose an act of compassion. Move between the tabs at your own pace.

Activity 01
Connect the systems

How to Spot Compassion

You see someone struggling, consider what they need, and choose a helpful response.

Activity 1 of 3
Continue the inquiry

Understanding Emotion and Attachment, Virtue and Self-Transcendence

Return to the encyclopedia →

This content was written and created in collaboration with Dr. Andrew Newberg, M.D.

BRIDGES OF VIRTUE · LOVE · LEARNING · LIVED PRACTICE
Sources & design note

Exercise content follows the nine sections of “Neuroscience of Love and Compassion as Virtues.” Bibliographic references are available in the encyclopedia’s collapsed Sources disclosures. The brain map is an original conceptual schematic; BrainFacts.org is linked as a separate 3D anatomy companion.