Ingenious: Minecraft-Inspired
Zaida Luthey-Schulten was presenting one of her lab’s cell models at Seattle’s Allen Institute in 2021 when a Microsoft intern approached her and observed, “That model looks like it could
Ingenious: Bacteria Zapper
During thunderstorms, electric charges build up within and between clouds, as well as between clouds and the ground. When the difference in charges between the clouds and the ground grows
Ingenious: Crop Rings
If you drive to the university’s Crop Sciences and Education Center, commonly referred to as South Farms, you’ll find a historic 80-acre field that was the first of its kind
Ingenious: Engineered Healing
If computers can be programmed to perform a myriad of functions, then why can’t materials be programmed to do the same? And how could those programmed materials be applied to
Ingenious: Molecular Prosthetics
When Martin Burke, M.D., was making his rounds at Harvard Medical School in 1999, he visited a young woman suffering with cystic fibrosis, a genetic disease that can severely damage
Ingenious: Breaching Molecular Walls
Researchers have long run up against “a wall” in attempting to thwart some of the world’s deadliest bacteria. That’s because antibiotics cannot penetrate the membrane walls of those pathogens, says
Ingenious: Eureka Moment
Salvador E. Luria’s breakthrough research on bacteria and genetics can be traced to a chance encounter on a stalled trolley in Rome during which he struck up a conversation with
Ingenious: Field Guide
Victor E. Shelford has been called “the father of animal ecology” because he was one of the first scientists to study natural environments as communities of complex relationships among animals
Ingenious: A Light on the Prairie
Ollie Watts Davis, MMUS ’82, AMUSD ’88, has been enamored with lighthouses ever since her childhood. Davis says she collects lighthouse statues because “they serve their singular purpose effectively. I
Ingenious: The Joy of Research
Rudolph A. Marcus’ world changed forever when he garnered the Nobel Prize for Chemistry in 1992. The honor “was an order of magnitude bigger than anything I had experienced—maybe two
