You might also like...
Check out some other posts from Florida Atlantic University
The economy isn’t just a headline, it’s the story behind nearly every headline. From grocery bills and mortgage rates to job growth, small business confidence, and federal policy decisions, economic forces shape daily life for Americans in ways that are immediate and deeply personal.
For journalists, that makes the economy a constant, high-stakes beat. Audiences want clear answers: Why are prices rising? Are we headed for a slowdown? What does the Fed’s next move mean for my community? The challenge is cutting through jargon and partisan spin to deliver insight that’s accurate, grounded, and understandable.
That’s where William Luther, Ph.D., stands out.
A respected economist and Associate Professor at Florida Atlantic University, Luther brings serious academic credibility, but explains economic trends in plain language that resonates beyond the classroom. His expertise in monetary policy, inflation, unemployment, cryptocurrency, and economic growth makes him a valuable resource for breaking news, enterprise stories, and long-form analysis alike.
Whether reporters are covering Florida’s housing market, national interest rate decisions, or the future of digital currency, Luther offers thoughtful, balanced analysis that helps audiences understand not just what’s happening, but why it matters.
William Luther, Ph.D., is an expert in monetary economics and macroeconomics. He is an associate professor of economics at Florida Atlantic University, director of the American Institute for Economic Research’s Sound Money Project, and an adjunct scholar with the Cato Institute’s Center for Monetary and Financial Alternatives. The Social Science Research Network currently ranks him in the top five percent of business authors. View his profile Recent media coverage: ABC News Others downplayed the likelihood of a meaningful loss of Fed independence, since news of the DOJ investigation of Powell drew a rare degree of Republican opposition. Powell holds only a single vote on the 12-member board responsible for setting interest rates, they said. “Anytime we’re changing institutions, we should have some concern,” William Luther, a professor of economics at Florida Atlantic University, told ABC News. “At the same time, we should recognize the institutional safeguards we have are pretty strong.” Newsweek William Luther, associate professor of economics at Florida Atlantic University, said that the immediate net financial loss to those in Florida, and all Americans, appears to be "very, very large." Luther added Florida should expect a short-term "sharp contraction" in real estate and tourism, both vital sectors for the state's economy. NPR At the moment, the economy is performing very well. It wasn't performing very well not too long ago, both because of the pandemic, which reduced our ability to produce goods and services quite significantly, and then, as a result of some of the policy responses to that pandemic, we had very high inflation. NBC Will Luther, an economics associate professor at Florida Atlantic University, acknowledged the concerns among students. "Absolutely, there are students very much concerned with whether or not they will be able to get a job when they finish here. The good news is that they will. The bad news is it's a little harder right now than it was, say, two years ago," Luther said. Fox Nation FAU's William Luther joins Fox Nation's Deep Dive, hosted by the Wall Street Journal's Mary Anastasia O'Grady, to discuss the economic impact of cryptocurrencies. Video courtesy of Fox Nation's Deep Dive.
Study Snapshot: Shark bycatch is a major global problem, with millions of sharks caught unintentionally each year in fisheries targeting tuna, swordfish and other species. Even in U.S. waters, sharks are frequently caught on longlines, and many are discarded dead. Because sharks grow and reproduce slowly, these high bycatch rates threaten already vulnerable populations and disrupt marine ecosystems. Researchers at FAU’s Charles E. Schmidt College of Science have developed a patent-pending zinc-and-graphite device to address the problem. The metals generate a small electric field that repels sharks from baited hooks while leaving target species unaffected. In Florida field trials, the device reduced shark bycatch by more than 60%. Inexpensive, scalable and practical for fishers, this technology has the potential to dramatically reduce bycatch and support more sustainable fisheries. For decades, sharks have been the unintended victims of longline fisheries aimed at tuna and swordfish. Rising accidental catches have contributed to population declines and created serious challenges for both conservation and commercial fishing. And the impacts go beyond the sharks themselves – every time a shark takes the bait, hooks are lost to target species, gear gets damaged, costs climb, and crews face added risks when handling or releasing the animals.
Although some gear modifications can reduce bycatch, they often also cut into catches of valuable species, making it hard to protect sharks without putting fisheries at a disadvantage.
To tackle this challenge, researchers at Florida Atlantic University’s Charles E. Schmidt College of Science have developed an innovative, patent-pending shark deterrent. The device works by pairing zinc and graphite in seawater. The zinc reacts with the graphite to produce a small electric field in the surrounding seawater through a galvanic chemical reaction. This electric field can be detected by the sharks, repelling them from the bait without affecting target fish.
To test the efficacy of the zinc/graphite treatment at deterring elasmobranch species, longline fishing gear was deployed to target demersal sharks (live and hunt near the sea floor) off the Florida panhandle and Massachusetts, and pelagic sharks (live and hunt in open water) in the Gulf of America.
The results of the field trials, published in the Canadian Journal of Fisheries and Aquatic Sciences, delivered striking results. In Florida, the zinc/graphite treatment reduced the catch of coastal sharks on demersal longlines by 62% to 70% compared to untreated hooks. The effect was particularly strong for Atlantic sharpnose (Rhizoprionodon terraenovae) and blacktip sharks (Carcharhinus limbatus), two common coastal species.
“Sharks have an incredible ability to sense even the smallest electric fields, and our tests show that this new approach can be used to keep them away from baited hooks,” said Stephen Kajiura, Ph.D., senior author, inventor and a professor in the FAU Department of Biological Sciences. “At the same time, important target species like tuna and swordfish are completely unaffected. What makes this approach so exciting is its practicality – zinc and graphite are inexpensive, widely available, and already familiar to fishers because zinc is commonly used to prevent corrosion on boats. This means it could be adopted quickly and cost-effectively, providing a real solution to reduce shark bycatch while supporting sustainable fisheries.”
Importantly, the treatment did not reduce catches of commercially important fish species. Preliminary pelagic trials suggest swordfish and yellowfin tuna were caught at similar or slightly higher rates on treated hooks, showing the approach could protect sharks without hurting the catch of target species.
The study also outlines practical considerations for real-world use. Because the electric field is strongest close to the hook, each line would need its own zinc-graphite device. The zinc anode slowly wears down, but it’s cheap and easy to swap out.
Shark bycatch is a widespread and pressing problem, both in the United States and around the world. Globally, millions of sharks are caught unintentionally every year in fisheries targeting other species, and some estimates suggest tens of millions fall victim to bycatch annually. In U.S. waters, despite strict regulations, sharks are still caught incidentally on longlines and other gear. Because sharks reproduce slowly and have long lifespans, these high bycatch rates can push populations toward dangerously low levels. The scope of shark bycatch, from small coastal fisheries to large international fleets, makes it a global conservation challenge with serious ecological consequences.
“Our approach could be scaled up to pelagic longline fisheries, where millions of sharks are caught as bycatch annually,” said Kajiura. “Even a 60% to 70% reduction in shark bycatch, like that observed in Florida demersal trials, could have a dramatic impact on global shark populations. The zinc/graphite treatment offers a practical, affordable and environmentally responsible tool for reducing shark bycatch while maintaining commercial catch rates.” Study co-authors are FAU graduate students Tanner H. Anderson and Kieran T. Smith; co-inventor on the patent application; Cheston T. Peterson, a Ph.D. student at Florida State University; Bryan A. Keller, Ph.D., a foreign affairs specialist at NOAA Fisheries; and Dean Grubbs, Ph.D., a full research faculty and associate director of research at FSU.
This research was supported by the Florida SeaGrant awarded to Kajiura and Grubbs.
The patent-pending device works by pairing zinc and graphite in seawater, creating an electric field that can be detected by the sharks, repelling them from the bait without affecting target fish.
Israel has launched a massive ground incursion into Gaza City. Aiming to destroy what the Israeli government has said is one of the last remaining Hamas strongholds.
The offensive will escalate further fighting as the Israeli military indicated this current attempt to remove Hamas strongholds could take months.
The attack on Gaza City has drawn criticism from allies of Israel who are seeking to see a stop the fighting and see peace in a region.
Media are also watching - and looking looking for experts like Florida Atlantic's Robert Rabil who has been commenting and contributing on this topic since the conflict began almost two years ago.
Florida Atlantic University's political science professor, Robert Rabil Ph. D. is a star expert in political Islam, terrorism, U.S. foreign policy, and U.S.-Arab relations. His expertise has appeared in major newspapers and academic journals, including the Wall Street Journal, Chicago-Sun Times, Daily Star (Beirut), History News Network, National Interest, CNN, Middle East Journal, Middle East Policy, the Journal of International Security Affairs, Middle East Quarterly, and Middle East Review of International Affairs. He has also contributed several book chapters on political Islam and Middle Eastern politics.
Rabil is available to speak with media. Simply click on Rabil’s icon now to arrange an interview today.
