Many airports around the world are applying AI, smart gate allocation and changing boarding methods to reduce flight delays. According to airports, in theory, cutting flight time by a few minutes may not seem significant, but this can help airlines save a lot of money. That also means services for tourists will be improved. Arriving a few minutes early can make the difference between catching up or missing your connecting flight, reducing the domino effect of delays and flights arriving more on time. The approaches being implemented by airports could help air travel operate more efficiently in the future.
Featured Expert Jason Steffen Assistant Professor of Physics and Astronomy
Yesterday, the feds signaled their approval for a long-awaited agreement between the Colorado River states — collectively, the lower basin states (Arizona, California, and Nevada) will reduce our water use by 3 million acre-feet by 2026. The hope is that we’ll be able to replenish our crucial reservoirs, including Lake Mead, the source of 90% of our city’s water. But damming rivers to create reservoirs isn’t without problems. So… was creating Lake Mead in the first place a mistake? Today, we’re bringing back a conversation co-host Dayvid Figler had with UNLV hydrologist Dr. David Kreamer, who explains the history of Lake Mead’s creation and why reservoirs can be so essential for cities — but also controversial.
Featured Expert David Kreamer Professor of Hydrology, College of Sciences
Very Rare Yellow-Billed Loon Visits the Las Vegas Strip, Hangs Out in the Bellagio Fountains
Every day, thousands of tourists flock to the Bellagio Hotel & Casino on the Las Vegas Strip to see the “Fountains of Bellagio,” a choreographed show involving light, music and more than 1,000 fountains shooting water up to 460 feet into the air. This week, a rare bird decided to join them.
Featured Expert Donald K. Price Professor of Biology
Hong Sun and Hui Zhang (both Chemistry and Biochemistry) laboratories recently published a research article titled, “A Methylation-Phosphorylation Switch Controls EZH2 Stability and Hematopoiesis,” in eLife, Feb 12, 2024. This research revealed how the stability of mammalian PRC2/…
Published: Katherine Betts, Kushanie Heenkenda, Bryan Jacome, Sohyo Kim, Michael Tover, Zhange Feng
Katherine Betts, Kushanie Heenkenda, Bryan Jacome, Sohyo Kim, Michael Tover, and Zhange Feng (all Chemistry and Biochemistry) published a study, "Refractive Laser Beam Measuring Diffusion Coefficient of Concentrated Battery Electrolytes," that offers a universal optical method to measure diffusion…