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Macao Polytechnic University

Macao SAR China
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    About

    Information about Macao Polytechnic University for Academics

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    Macao Polytechnic University (MPU) fosters intellectual scholarship and applied research, placing a strong emphasis on interdisciplinarity and translocality. With cutting-edge technology and research facilities, MPU actively promotes collaborative innovation and industry-academic partnerships, while globally showcasing its academic achievements that contribute to a sustainable future. The university directs significant research efforts towards key areas such as technology and innovation, Chinese-Portuguese-English translation, environmental protection, intangible cultural heritage, gaming management, as well as arts and creativity. Notably, MPU's patented research outputs are widely utilized by public services and higher education institutions in Macao, China, Portugal, Italy, France, and Thailand.

    Highlights:

    • MPU’s outstanding applied research emphasizes practical applications and interdisciplinary products for knowledge and technology transfer.
    • MPU has established global research networks and collaborative research platforms in collaboration with international institutions or industry partners.
    • MPU has received recognitions in sustainability development contributions in 色盒直播 Impact Rankings 2024. It is ranked 72nd in the scope of decent work and economic growth (SDG8) and 101 – 200th in the scope of sustainable cities and communities (SDG11).

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    Research

    Latest research news

    Articles and news relating to research at Macao Polytechnic University

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    MPU research
    Twisting the Magnetic Dance: Advancements in Nano-Magnetism Propel Semiconductor Industry
    Forty years ago, no one would have believed that the device in the palm of your hand could be a computer. This marvel was made possible through the relentless research and development of miniaturised, high-efficiency electronic components. The nanoscale magnetic structure of magnetic skyrmions is considered by scientists to be a highly promising new generation of data carriers. The research team led by Dr. Wang Duo from the Faculty of Applied Sciences proposes a mechanism for generating polar skyrmions through in-depth studies of the complex behaviours of magnetic skyrmions. Their research has been published in the prestigious international journal npj 2D Materials and Applications, part of the Nature series. This work provides new insights and foundations for semiconductor material research, potentially breaking the physical limits of semiconductor technology and leading to further evolution in both the size and performance of electronic devices.