Activities

Explore UT is open to the general public with online programming that is accessible to all. Activities specifically designed for K-12 students include an indication of a suggested grade level, denoting the difficulty of the concept or activity presented. Some programs will require participants to join virtual platforms (Zoom, Brazen, etc.). Children who are participating in these programs must be monitored by an adult chaperone (parent, guardian or a teacher) in order to join the virtual platform. Some may require verification that a chaperone will be present in order to register for participation.

Anytime

Carbon Dioxide: Too Much of a Good Thing?

Many students have heard about the dangers of climate change, but don’t know how it happens or what we can do to reduce the amount of Carbon Dioxide (CO2) that’s already in the air. Discover how scientists from the Gulf Coast Carbon Center hope to change this by educating communities about the greenhouse gas effect and the benefits of carbon capture and storage.

Jackson School of Geosciences Science

Anytime

Fun with Optics

Join the Biomedical Optics Graduate Organization (BOGO) to see fun and understandable experiments illustrating different properties of light. Examples of demonstrations will show how certain objects absorb light, how some materials glow when exposed to light, how light can be bent, and more!

Cockrell School of Engineering Engineering

March 5, 2021, 10 to 11 a.m.

Exploring Nanophotonics

Join members of the Zheng Nanophotonics Research Group to discover how light can be used as a tool to control objects on a small scale for both fundamental sciences and daily-life applications. See how the team invents light-based tools to accelerate innovation in quantum technology and nanotechnology.

Cockrell School of Engineering Engineering

March 5, 2021, 11 to 11:30 a.m.

Computational Modeling of the Heart and its Valves

Join Professor Michael Sacks and members of his research team to learn how heart valves work. A world authority on cardiovascular biomechanics, Dr. Sacks will demonstrate how engineers study heart valves to design improved repair methods and replacements, as well as the advanced tools that are a part of their research.

Cockrell School of Engineering Engineering