2024.0408
Marking 50 Years of Taiwan-Korea Design Exchange
The NTNU Department of Design commemorated an important milestone in international design collaboration by hosting a forum entitled "The Power of Korean Design: Fifty Years of Exchange Between Korea and Taiwan" on March 29. This event not only marked the 50th anniversary of the design exchanges between Taiwan and Korea but also introduced the inaugural “Taiwan Design Research Award,” highlighting the deep and enduring connections between the design communities of both nations.2024.0402
Globetrotting on Golden Avenue: NTNU's Festival of Cultures
The annual NTNU International Cultural Festival kicked off on March 26. Students from Japan, Jordan, Southeast Asia, and other regions decorated stalls that showcased their countries’ delicacies and cultural products along Sunlight Avenue, presenting a rich tapestry of global cultures.2024.0401
Empowering EMI Teaching: Strategies and Stories from Global Educators
The NTNU Resource Center for English Medium Instruction (RCEMI) and the Yushan Scholars Program jointly organized a seminar titled "English Teaching: Demand Analysis and Value Added" on March 25.2024.0326
Exploring the Hubble Tension Problem with Phantom Dark Energy
Recently, the observed equation of state for dark energy appears to favor values below −1. The tendency implies that the nature of dark energy may be quite different from that of the cosmological constant. In view of this, the introduction of the phantom energy seems inevitable. By employing observational constraints from supernovae and from the acoustic scale in which the accuracy of the data has become extraordinary, the research team applied a phenomenological scenario to be acquainted with the evolution of our universe. The demonstration of the constrained unfolding of the phantom energy shows that the model has high consistency with the current observation, suggesting that if it is phantom dark energy that is causing the accelerating expansion of the universe instead of the cosmological constant, then the Hubble constant may be different from the recent observations, and the “Hubble tension” problem may not be as severe as expected.2024.0325






