Assistive TechnologyGaming Hardware

Samsung Set to Debut Revolutionary Trifold Smartphone Design at APEC Technology Exhibition

Samsung Electronics is preparing to showcase its first-ever trifold smartphone at the upcoming Asia-Pacific Economic Cooperation summit in South Korea. The innovative device features two hinges that transform it from a conventional smartphone into a significantly larger tablet display. This unveiling will occur during a special exhibition of cutting-edge Korean technology alongside the multilateral summit.

Breakthrough Display Technology

Samsung Electronics Co. will reportedly unveil its highly-anticipated trifold smartphone when world leaders gather at the Asia-Pacific Economic Cooperation summit in South Korea later this month, according to sources familiar with the matter. The device represents a significant evolution in flexible display technology, featuring two hinges that allow it to function as either a conventional smartphone or a substantially larger tablet when completely unfolded.

Assistive TechnologySustainability

Rice University PFAS Removal Technology Breakthrough Offers Sustainable Solution

Rice University researchers have unveiled a groundbreaking PFAS removal technology that captures and destroys toxic forever chemicals with unprecedented speed. The innovation represents a major advancement in addressing global water contamination challenges. Developed with South Korean partners, the system offers a sustainable solution to persistent environmental pollutants.

Rice University has unveiled a revolutionary eco-friendly PFAS removal technology that not only captures toxic forever chemicals with record speed and efficiency but also safely destroys them—achieving what has eluded scientists for decades. This breakthrough comes at a critical time as PFAS contamination threatens drinking water supplies worldwide, offering a practical solution to one of the most persistent environmental challenges facing global communities.

Global Collaboration Yields Environmental Breakthrough