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WBEZ Radio

“Quantum bits can be coupled to each other, just like atoms can form molecules. You can make 100 of these quantum bits work cooperatively as one giant type of computing element, and that gives you an axis to solving problems that you cannot do with conventional processors,” says John F. Zasadzinski, professor of physics at Illinois Institute of Technology. “It can’t solve every problem, but there are certain types of problems that it is really good at solving in an amount of time that’s reasonable.”

Bloomberg Law

“There have been five interim U.S. attorneys appointed by President Trump who’ve been disqualified simply because the president has decided not to follow the statute and not to present the name of the candidate to the Senate for ratification,” said Harold Krent, constitutional law professor at Chicago-Kent College of Law. “Now in this case, after the judge has found her to be improperly appointed, she just decided to stay on pending appeal.”

WTTW

“The fact that the administration has singled out five states that are Democratically led raises questions about whether this is retaliatory for other things, and if so, is that illegal?” says Chicago-Kent College of Law Professor Carolyn Shapiro. “We haven’t seen that particular claim raised as to a state, I don’t believe, but I think there are very strong arguments to be made that that would be illegal.”

Harvard Business Review

Extreme heat in Japan and Australia. Flash floods in Texas and across Europe. Billion-dollar-damaging storms in the Caribbean and Southeast Asia. These are no longer rare events but signs of mounting ecological stress that threaten long-term business continuity. The way companies manage natural resources—how they produce, sell, and dispose of products—is not sustainable. Yet within this challenge lies a strategic opportunity: the circular economy.

IEEE Spectrum

Power grids are undergoing a massive transformation—from coal- and gas-fired plants to millions of solar panels and wind turbines scattered across vast distances. It’s not just a technology swap. It’s a complete reimagining of how electricity is generated, transmitted, and used. And if we get it wrong, we’re setting ourselves up for more catastrophic blackouts like the one that hit all of Spain and Portugal. The good news is that a solution developed by our group at Illinois Institute of Technology over the last two decades and commercialized by our company, Syndem, has achieved global standardization and is moving into large-scale deployment. It’s called Virtual Synchronous Machines, and it might be the key to keeping the lights on as we transition to a renewable future.