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Illuminating the Brain: How light, color, and a jellyfish protein help us study the mind
How do we study our own brains? What’s going on in our neurons? A fluorescent protein from jellyfish revolutionized how we study what goes on in our cells. Learn the history of how we’ve made our brain signals glow by tracking brain electricity, neurotransmitters, and calcium. Then take a peek at the field today, as scientists develop new ways to watch the electricity in our brain. Featuring Anneliese Gest, Ph.D. Candidate, Department of Chemistry

Programming Viruses to Harvest Solar Energy
We typically think of viruses as infectious agents that should be eliminated, but what if they could be reprogrammed for good? Come see how a virus infecting tobacco plants can be adapted to harvest light energy. By mimicking photosynthesis, we can learn how to design more efficient solar technology to help reduce our dependence on fossil fuels. Featuring Amanda Bischoff, Ph.D. Candidate, Department of Chemistry

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Speakers

Anneliese Gest

Anneliese Gest

Ph.D. Candidate,
Department of Chemistry

Amanda Bischoff

Amanda Bischoff

Ph.D. Candidate,
Department of Chemistry

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