New research shows that three sites spread along an approximately 620-mile portion of today’s Denali Fault were once a smaller united geologic feature indicative of the final joining of two land masses. That feature was then torn apart by millions of years of tectonic activity.

The work, led by associate professor Sean Regan at the University of Alaska Fairbanks Geophysical Institute and UAF College of Natural Science and Mathematics, is featured on the cover of the December edition of Geology, the journal of The Geological Society of America.

A recently published, comprehensive systematic review and meta-analysis has added to the growing body of evidence showing that beef can be enjoyed in a heart-healthy diet. Specifically, research consistently demonstrated that eating two (3-ounce) servings of unprocessed beef, on average, in a daily dietary pattern had no significant impact on most cardiovascular disease (CVD) risk factors. The study, “Beef Consumption and Cardiovascular Risk Factors: A Systematic Review and Meta-Analysis of Randomized Controlled Trials,” was published in Current Developments in Nutrition. Importantly, this systematic review and meta-analysis assessed randomized human clinical trials, which are well-established as being the gold-standard nutrition research that should inform public health recommendations, such as the Dietary Guidelines for Americans.

About The Study: In this randomized clinical trial that compared a brief outpatient rehabilitation program with a cognitive and behavioral approach with usual care in 314 patients with post–COVID-19 condition, self-reported physical function improved statistically and clinically significantly in the intervention group after 2 to 8 outpatient encounters. The effect was sustained over time and adverse effects were negligible. This trial adds to the evidence supporting such interventions in routine clinical care. Future research should investigate which elements of this approach are the most effective and identify subgroups for which the current treatment is most relevant.

Twin brothers, Professors Chris and Martin White have shown that the Large Hadron Collider produces "magic," a property critical for advancing quantum computing.

The study reveals how magic in top quarks can guide the development of robust and controllable quantum systems.

This research highlights the LHC's potential to explore complex quantum behaviors, paving the way for revolutionary computing technologies.