How chemists think about structure
What does a chemist see when looking at a steel beam or iron pan? Learn a fundamental skill that chemists use to make connections between the structure and function of materials all around us.
Featuring: Dr. David Grimes
Topics covered: chemistry, material science
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2:10Engineering solutions for oyster farming
How does an oyster grow, and how do we harvest them efficiently? Follow the oyster life cycle from larvae to mature shellfish, then explore the mechanical innovations designed to make harvesting faster and more sustainable.
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Topics covered: climate, sustainability, aquaculture, mechanical engineering, marine biology
1:10Automated officiating in professional sports
Did that referee make the right call? Let's explore how to reduce bias and increase accuracy in sports officiating by integrating more data and machine learning.
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Topics covered: machine learning, AI, sports lab, data science
1:17How sustainability is revolutionizing aquaculture
How can we feed a growing population while protecting wild fisheries? Discover how Sea Grant colleges are pioneering sustainable aquaculture practices and innovations.
Featuring: Andre Greene
Topics covered: climate, sustainability, Sea Grant, mechanical engineering
2:29What's chaotic about a normal curve?
Watch as chaos organizes itself into the iconic bell curve, revealing the hidden order behind randomness.
Featuring: Dr. Ana Bell
Topics covered: mathematics, statistics, probability, data science
1:53Making modern boats unstoppable
What makes modern boats stronger, lighter, and more durable? Explore the materials revolutionizing boat construction, and see how engineers select and use these advanced composites to build watercraft that perform better than ever.
Featuring: Andre Greene
Topics covered: mechanical engineering, material science, Sea Grant
