Solving the unsolvable problem


Nadya Bliss
|

“Bound to fail.” “Impossible.” “Can’t be done.”

Nadya Bliss has been hearing these phrases since she was a 5-year-old trying out for ballet in the former Soviet Union. These same phrases are used to describe many of the current seemingly unsolvable “wicked” problems, ranging from information security to the spread of infectious disease.

As the director of Arizona State University’s Global Security Initiative and professor of practice at ASU’s Ira A. Fulton Schools of Engineering, Bliss is not deterred by personal discouragement, or the claim that complex problems are impossible to solve. Instead, she embraces complexity and integrates expertise from a broad range of fields and disciplines.

Here, she speaks on solving the unsolvable problem, and how that's not as much of a contradiction as it might appear.


 

Bliss’ talk is part of the ASU KEDtalks series. Short for Knowledge Enterprise Development talks, KEDtalks aim to spark ideas, indulge curiosity, and inspire action by highlighting ASU scientists, humanists, social scientists and artists who are driven to find solutions to the universe’s grandest challenges. Tune in monthly to research.asu.edu/kedtalks to discover why space is the next economic frontier, how the next educational revolution will come about, and more.

Save

Faculty, Science and technology, Math, Science, Advanced Capabilities for National Security Institute, Ira A. Fulton Schools of Engineering, Research, Knowledge Enterprise

More Science and technology

 

A pH sensor part of a water-monitoring system.

Why hackers are targeting America’s water systems and what ASU is doing about it

Cyberattacks targeting water systems across the United States have exposed vulnerabilities in the technology controlling critical infrastructure. While drinking water has remained safe,…

Xusheng Xiao writes keywords from his recent cybersecurity research on a board.

The pattern behind every scam

Your phone buzzes.A package couldn’t be delivered. Your bank account has suspicious activity. The IRS says you owe money. Your power company threatens to disconnect your electricity unless you pay…

Fluorescence image of a Drosophila wing imaginal disc with cell junctions in cyan, apical membranes in blue, nuclei in purple, and gold extracellular vesicles containing the regeneration-associated protein Asperous concentrated in the wing pouch. The image illustrates Asperous localization during tissue repair and its role in regulating Wnt signaling during regeneration.

A hidden conversation inside injured tissue may hold clues to regeneration

When tissue is damaged, healing isn't simply a matter of growing new cells. The body also has to know when to stop growing and begin rebuilding. If those steps happen out of order, the tissue may…