Rosalía and Daddy Yankee Triumphant at 27th Latin Grammys in Las Vegas as Eagles Open Sphere Run and UNLV Wins NSF Water Grant

27th Annual Latin Grammy Awards Celebrate Global Excellence at MGM Grand Garden Arena

LAS VEGAS, Nevada — The international music spotlight turned to the Las Vegas Strip on Thursday night, November 12, 2026, as the 27th Annual Latin Grammy Awards took center stage at the MGM Grand Garden Arena. Spanish visionary artist Rosalía captured the prestigious Album of the Year accolade for her critically acclaimed LP Lux, while urban music trailblazer Daddy Yankee was honored as the Latin Grammy Person of the Year for his pioneering musical legacy and humanitarian outreach across Latin America. The star-studded broadcast featured electrifying collaborations and high-energy performances from top global acts before thousands of international visitors.

Civic and tourism executives noted that the high-profile awards ceremony delivered a substantial economic boost to Clark County hospitality, dining, and entertainment sectors.

Eagles Launch New Sphere Residency Ahead of Formula 1 Grand Prix Preps

At the Sphere in Paradise, classic rock icons the Eagles launched their latest residency weekend on Friday, November 13, captivating sold-out audiences with four-part vocal harmonies paired with bespoke, immersive 16K visual sequences that wrap around the venue's interior dome. Meanwhile, outside the arena, Clark County transportation crews and telecommunications partners completed extensive high-capacity fiber and networking infrastructure tests along the 3.8-mile street circuit in final preparation for the upcoming Formula 1 Las Vegas Grand Prix.

UNLV Spin-Out WAVR Technologies Awarded $305,000 NSF Grant for Atmospheric Water Tech

At the University of Nevada, Las Vegas, researchers and founders behind clean-tech startup WAVR Technologies secured a prestigious $305,000 Small Business Innovation Research grant from the National Science Foundation. The award will fund pilot deployment of advanced atmospheric water-harvesting modules that capture drinking water directly from low-humidity desert air utilizing industrial waste heat, offering transformative water-resilience solutions for arid Southwestern communities.