Love may not “make the world go ’round,” but it surely makes the ride more joyous. The outward displays of love are familiar and simple: a reassuring touch, a passionate kiss, a bedtime story told to a drowsy child. But what is going on inside the brains of people in a loving relationship? Surprisingly, neuroscience can now inform us about the bonds of affection, and how, over each lifetime, love acts to sustain our body and even prolong our life.
Wonderfest’s speaker is psychologist Thomas B. Lewis, M.D, Adjunct Professor at the University of San Francisco and Asst. Clinical Professor of Psychiatry at UCSF. Dr. Lewis is co-author of A General Theory of Love.
Dr. Thomas B. Lewis
WHAT: Heartstrings and Brainwaves: Decoding the Science of Love
WHO: Dr. Thomas B. Lewis, Adjunct Professor, University of San Francisco [https://thomaslewis.com]
HOW: This event is free and unticketed ... and valuable. But what value does it have FOR YOU (and, indirectly, for society)? Accordingly, please use the DONATE button (below) to support Wonderfest in its nonprofit mission to share the scientific outlook.
Basic physics shapes the natural world. Through evolution, creatures have figured out how to use the laws of physics to make biology flourish. Flamingos generate water vortices to trap food. Various birds and fish use vortex shedding and fluid turbulence to control movement. For small animals, electrostatic forces and/or capillary forces can reign over gravity to affect the critters’ very survival. Nature is a beautiful dance of biology and physics.
Our speaker is biophysicist Victor M. Ortega Jiménez, Assistant Professor in the Integrative Biology Department at UC Berkeley. Dr. Ortega-Jiménez directs Cal’s Ornithopterus laboratory in organismal dynamics.
Dr. Victor M. Ortega Jiménez
WHAT: Flamingo Vortex Traps: How Physics Redefines Nature
HOW: This event is free and unticketed ... and valuable. But what value does it have FOR YOU (and, indirectly, for society)? Accordingly, please use the DONATE button (below) to support Wonderfest in its nonprofit mission to share the scientific outlook.
Wonderfest Science Envoys are early-career researchers with enhanced communication skills and aspirations. Following short talks on provocative modern science topics, these two Science Envoys will answer questions with insight and enthusiasm:
• UC Berkeley seismologist Savvas Marcou on Smartphones Map Ground Shaking in Our Neighborhoods — California is earthquake country. Everyone would love to know how much shaking the next temblor will deliver to their neighborhood. Fortunately, the humble smartphone, available in everyone’s pockets, can record and map ground shaking patterns in unprecedented resolution, and may transform how we think about the next big earthquake.
• Stanford neuroscientist Ashley Moses on Rethinking Histamine: From Molecule to Motivation — Though primarily known for its role in allergies, histamine influences cognition, mood, and sleep, as well. In fact, this understudied molecule is indispensable for brain health. By studying histamine’s role in motivated behaviors, we can uncover groundbreaking insights into neurological problems like depression, Parkinson’s Disease, and stress disorders.
This interactive science presentation, free and unticketed, is produced by Wonderfest in partnership with Marin Science Seminar.
WHAT: Ask a Science Envoy: Smartphone Seismology; Histamine Neurology
HOW: This event is free and unticketed ... and valuable. But what value does it have FOR YOU (and, indirectly, for society)? Accordingly, please use the DONATE button (below) to support Wonderfest in its nonprofit mission to share the scientific outlook.
Wonderfest Science Envoys are early-career researchers with enhanced communication skills and aspirations. Following short talks on provocative modern science topics, these two Science Envoys will answer questions with insight and enthusiasm:
• Stanford computer scientist Nicole Meister on Has ChatGPT Memorized the Internet? — Large Language Models (LLMs), such as ChatGPT, have recently gained widespread popularity. Trained on vast amounts of internet data, these AI models raise important questions about the nature of their responses: are they truly synthesized or simply memorized? Researchers can statistically evaluate this claim to reveal test set contamination in LLMs.
• Stanford biologist Jenni Serrano Rojas on Unraveling Frogs’ Secrets for Conservation — Biotelemetry tools are revolutionizing our study of animals, from the largest to the tiniest species. They reveal hidden animal interactions, critical living spaces, and essential resources. In poison frogs, in particular, biotelemetry affords insights that inform conservation strategies and help the species to respond to global change.
This interactive science presentation, free and unticketed, is produced by Wonderfest in partnership with Marin Science Seminar.
WHAT: Ask a Science Envoy: AI Memorization; Frog Secrets
HOW: This event is free and unticketed ... and valuable. But what value does it have FOR YOU (and, indirectly, for society)? Accordingly, please use the DONATE button (below) to support Wonderfest in its nonprofit mission to share the scientific outlook.
