Edited by OIPO, NYCU
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In 2023, the NYCU website has published a total of 83 news articles,primarily categorized into 7 main themes: Honor, College Features, International Affairs, Campus Life, Academics/Research, Industry Cooperation,SDGs and USR.

Since the website redesign in October 2023, there has been a consistent weekly update of at least 3 news articles, each averaging a minimum of 200 views (more than double the previous viewership). Among these, the most popular news category is Industry Cooperation.If an article mentions TSMC, the view count is significantly higher, reaching up to 4 times more than the viewership of other news.

Within the vibrant environment of NYCU, a series of innovative initiatives and collaborative efforts have emerged, propelling NYCU to the forefront of industry-academia collaboration and academic excellence. Next, we will guide you through a review of the top 10 trending news stories of 2023.

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01. 

The partnership between NYCU and TSMC, strengthened by the appointment of former TSMC CTOs Dr. Chenming Calvin Hu and Dr. Yuancheng Jack Sun as professors, yielded groundbreaking results announced on October 11, 2023. Led by Professor Der-Hsien Lien, their published photo-thermal method addresses challenges in adjusting threshold voltage as semiconductor components shrink. NYCU's commitment is evident through the establishment of new colleges and participation in global initiatives, such as the Semiconductor Workforce Advancement Program with Purdue University, solidifying its position as a leading force in semiconductor research.

 

02.
Revolutionizing telecom with open-source technology in the 5G core for global impact.
03.

Professor Kai-Tai Song and his NYCU team collaborated with Techman Robot Inc., the second-largest collaborative robot manufacturer, unveiling cutting-edge MR technology for intuitive path planning at ROSCon 2023. This MR-based robot allows frontline operators to set paths and tasks with hand gestures, enhancing human-robot interaction and revolutionizing automation efficiency.

04.
Professor Chenming Hu was awarded the 2023 Presidential Science Prize, Taiwan's highest academic honor.

Renowned semiconductor expert Professor Chenming Hu, a lifetime chair professor at NYCU and a member of Academia Sinica, received the 2023 Presidential Science Prize for his groundbreaking work in semiconductor technology, including the invention of the ‘FinFET’ transistor. As the first CTO of TSMC, he played a crucial role in establishing Taiwan's global leadership in semiconductors. Beyond his contributions to geriatric medicine in collaboration with Japan, Professor Hu expressed a vision to empower Taiwan's youth by using the prize to establish an annual award through the Pan Wen Yuan Foundation.

 

They have formalized this collaboration with Japan's National Center for Geriatrics and Gerontology (NCGG) and the Tokyo Metropolitan Geriatric Hospital and Institute of Gerontology (TMGHIG).The partnership aims to implement cutting-edge research for the health and well-being of elderly populations, leveraging equal research capabilities and resources from both nations. This collaborative platform emphasizes the practical application and dissemination of research outcomes, positioning it as a globally leading research unit.

06.
NYCU and ACC jointly established the American Taiwan Climate Club through an MOU, aligning Taiwan with G7 Climate Club outcomes.
At the conclusion of COP28, NYCU and ACC signed an MOU to establish the American Taiwan Climate Club (ATCC), aiming for net-zero carbon emissions by 2050. The collaboration harnesses ACC's international experience to assist Taiwan in developing carbon standards aligned with global practices. With ACC's credentials in G7 countries, it assumes a pivotal role in global energy and climate security, as endorsed by US Congressmen. NYCU envisions Taiwan as a key contributor to environmental conservation, aiming to integrate international ESG projects through this partnership. The collaboration is expected to bring new vitality to Taiwan on the international stage of net-zero emissions.
07.
Achieving a key breakthrough in cancer treatment through research on 'Nanoparticulophagy,' overcoming drug resistance.
Professor Jui-I Chao's team achieved a breakthrough in cancer treatment by identifying SQSTM1 as crucial in nanodrug delivery and effectiveness, particularly with albumin nanodrugs. This discovery enhances the release and anti-cancer activity of nanodrugs, opening new avenues in nanoparticulophagy. The study underscores the significance of SQSTM1 in nanoparticulosome formation, with its observed high expression in various cancers. The team is developing an innovative albumin-bound paclitaxel (Nab-PTX) drug, anticipating improved efficacy against cancer cells. Supported by national programs, the research is published in ACS Nano.