This video visually explains the Stark State College project's approach to broadening science, technology, engineering and math participation. Through addressing the root causes of the problem, a perpetual solution has been created that will impact the entire community.
People & Society
Out of fascination and need, people have always studied other people. When scientific methods are applied to those observations, the studies help characterize and analyze our behavior, social and political institutions, family and community structures and our economies. Scientific studies of people and society help answer age-old human contemplations.
In this Thanksgiving-inspired EXTRA, Charlie and Jordan explore how your ability to exercise self-control may depend on how quickly your brain factors healthfullness into food choices.
What goes into fruit fly courtship? It might seem like an odd question, but understanding its neural underpinnings--and studying the male-female interactions at the milliscale level--could help us better understand the complexities of social behavior.
What is CRISPR-Cas9 and how does it work? How do we edit genes? Jennifer Doudna, biochemist at UC Berkeley, explains.
Did you know that the dust in your house could predict your geographic region and the gender of its occupants? In this super science EXTRA Rewind, Charlie and Jordan talk about life at home...microscopic life, that is.
In this video, Tulsa Community College students discuss researching, designing, building and maintaining aquaponic systems where fish and plants are grown symbiotically, and then establishing mentoring partnerships at the high school and junior high level.
With 17 trips (and counting) to Earth's polar regions spanning his mathematical career, mathematician Ken Golden of the University of Utah has been studying sea-ice structure and behavior for over 20 years.
At his lab in Teotihuacan, Boston University assistant professor of archaeology David Carballo shows us bones and artifacts that he and his research assistants analyze to see what life was like for those living in Teotihuacan's outlying neighborhoods.
Center for Nanotechnology in Society dedicated to helping the public become a voice in nano and other emerging technologies
Boston University assistant professor of archaeology David Carballo takes us on a tour of a recreated apartment complex in Tetitla, and shows us how residents there may have organized their living units.
Stark State College Chemistry Club students mentor Hoover High School Chemistry Club Students during Science Technology Engineering and Math (STEM) outreach events at Canton City after-school care program for kids in K-5.
Boston University assistant professor of archaeology David Carballo talks about his research of apartment compounds and neighborhoods in Tlajinga, as well as the evidence of domestic craft production discovered there.
It's officially fall and we all know what that means: colder nights, shorter days and campfires. We're throwing you a science rewind on how to build the perfect fire.
Boston University assistant professor of archaeology David Carballo introduces us to his work at Teotihuacan, and talks about the differences between the archaeology of households and monuments.
In this episode, Charlie and Jordan delve into the discovery of water on Mars, chat about a new Ebola field test and explore the immune system's "kiss of death."
A bacterium engineered to produce different pigments in response to varying levels of a micronutrient in blood samples could give health officials an inexpensive way to detect nutritional deficiencies in resource-limited areas of the world.
Freshwater is a precious resource to all. Yet despite the importance of clean water to everyday life, nearly three quarters of Virginia rivers and streams fail to meet simple state standards.
What if there were one simple trick to presenting a police interrogation video that would make people more likely to believe a confession was voluntary or coerced?
In this super science EXTRA, Charlie and Jordan talk about life at home... microscopic life, that is.