November 9, 2025 - 05:31

Garrick Higgo delivered an extraordinary performance at the El Cardonal course in Diamante, Mexico, matching the course record with an impressive 11-under 61 on Saturday. This remarkable achievement has propelled him into the final round of the World Wide Technology Championship with a slender one-stroke lead over fellow competitor Carson Young.
Higgo's round featured a series of impressive shots, showcasing his skill and precision on the course. His ability to navigate the challenging layout of El Cardonal has drawn attention from fans and analysts alike, as he demonstrated a keen understanding of the course's nuances. The South African golfer's performance not only highlights his talent but also sets the stage for a thrilling conclusion to the tournament.
As the final round approaches, all eyes will be on Higgo to see if he can maintain his lead and secure a victory in this prestigious event. The excitement surrounding the championship continues to build, promising an exhilarating finish.
February 3, 2026 - 22:34
Chaos in Minneapolis Exposes an Internet at War With TruthThe recent turmoil in Minneapolis has laid bare a profound and disturbing fracture in how society discerns truth. What unfolded was not merely a physical event but a parallel digital crisis,...
February 3, 2026 - 03:18
Netflix Promotes CTO Elizabeth Stone to Chief Product and Technology OfficerIn a significant internal promotion, streaming giant Netflix has announced the elevation of Elizabeth Stone to the newly created role of Chief Product and Technology Officer. Stone, who previously...
February 2, 2026 - 21:43
Propane retailers talk technology at the Growth SummitThe evolving landscape of technology took center stage at the recent industry Growth Summit, where propane retailers gathered to discuss the digital tools reshaping their business. Conversations...
February 2, 2026 - 06:52
Hard-to-synthesize materials revived using AI: An LLM-based materials redesign technologyA pioneering artificial intelligence system is now capable of redesigning complex, hard-to-synthesize materials, potentially unlocking a new wave of functional compounds for electronics, energy...