What'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
More from MIT Pulse
1:36Bacteria that can live inside your cells
Bacteria are biology experts? Studying how a bacterium invades the cell compartment that holds your genetic information can offer interesting insights into microbiology.
Featuring: Hannah Margolis
Topics covered: bacteria, microbiology, infection, disease, cell biology
2:24Chemistry x Material Science: Transistor design
Where do materials science and chemistry meet? The same place allowing you to read this. Learn how engineers control the atomic composition of the tiny chips powering your electronic devices, so you can keep watching.
Featuring: Jessica Sandland
Topics covered: material science, chemistry, semiconductor, silicon chips, electrical engineering
1:32Good News: Artificial blood vessels
Welcome to Good News from Planet Earth. In todays story, engineers at MIT have designed and built artificial blood vessels.
Featuring: Chris Stevens
Topics covered: health, medicine, biomedical engineering, physiology
2:27Baking and vaccine development
You probably don't associate chemical engineering with baking donuts. However, mixing ingredients is similar whether it's a pastry or a prescription you're cooking up.
Featuring: Cedric Devos
Topics covered: chemical engineering, vaccine development, drug development, medicine
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.
Featuring: Manuel Valencia
Topics covered: climate, sustainability, aquaculture, mechanical engineering, marine biology
