| Group 1 |
Group 2 |
| RCC Visualization Lab |
Brain Dynamics Laboratory |
| Experienced how information is transformed into 3D or virtual reality programs that allow you to “dissect” real images of a brain into its constituent parts |
Introduction to MRI, EEG, and the other methods used to capture images and the activity of the brain |
| A simple version of a brain-machine interface, where suction-cup electrodes placed on a volunteer’s hands measured the electrical activity from opening and closing their fist and sent it to a nearby computer |
|
| Informed about how the biggest “brains” of the scientific world — data centers and computing clusters, such as RCC’s Midway — power today’s largest scientific collaborations |
|
| Brain Dynamics Laboratory |
RCC Visualization Lab |
| Introduction to MRI, EEG, and the other methods used to capture images and the activity of the brain |
Experienced how information is transformed into 3D or virtual reality programs that allow you to “dissect” real images of a brain into its constituent parts |
|
A simple version of a brain-machine interface, where suction-cup electrodes placed on a volunteer’s hands measured the electrical activity from opening and closing their fist and sent it to a nearby computer |
|
Informed about how the biggest “brains” of the scientific world — data centers and computing clusters, such as RCC’s Midway — power today’s largest scientific collaborations |
