Media Coverage

  • 未符3322 STEM科3星 中大理學工程特別考慮

    Media: Ming Pao Daily News
    中文大學理學院及工程學院2019/20學年推出「特別入學考慮措施」,適用於11個學系。若考生於STEM(科學、科技、工程和數學)學科表現優良,即使未達大學基本門檻,仍有機會獲取錄
  • STEM摘三星 可爭中大入場券

    Media: Oriental Daily News
    科研近年被視作香港發展新出路,中文大學工程學院及理學院宣布為了培育STEM(科學、科技、工程和數學)人才,將由明年收生階段開始推行一項特別入學措施,學生如在文憑試中於STEM類選修科目表現優秀,即使未達最低入學要求,即四個核心科目為三三二二,亦有機會被取錄。中大指,計劃將利用額外的彈性收生學額,不會減低其他學生的取錄機會。
  • 中大兩學院微調收生 至少三科STEM「三星」 首度突破 「3322」門檻

    Media: Sing Tao Daily
    「三三二二」不再成為本地大學收生的硬性基本要求,中文大學工程學院及理學院宣布,為吸納STEM(科學、科技、工程及數學)方面的人才,凡於中學文憑試(DSE)應考至少三科STEM相關選修科,並考獲至少三粒星者,可獲學院特別考慮,即使該申請人未達到大學「三三二二」的最低要求。有中學校長表示歡迎,認為收生更具彈性,有利大學吸納某方面有特別才能的學生。
  • Swarms Of Tiny Magnetic Nanobots Could Be Used To Treat Blood Clots In The Near Future

    Media: Tech Times
    In the future, nanobots will save lives. Scientists from Hong Kong have made a breakthrough in controlling swarms of minuscule robots to treat blood clots. A team of scientists has designed and implemented a strategy using oscillating magnetic fields to "reconfigure paramagnetic nanoparticles into ribbon-like swarms."
  • Nanoparticle Swarms to Deliver Medical Therapies Across Body

    Media: Medgadget
    Scientists at the Chinese University of Hong Kong have developed a way to get nanoparticles to group and move as swarms, similar to how hundreds of bees and birds can fly together. The technology may have implications for medicine, helping to guide nanoparticles toward certain organs or sites of cancer.
  • Magnetic Nanobots Are the Future of Healthcare

    Media: Geek.com
    Researchers developed a new way to manage the collective movement of nanorobots. (No, not through mind control—though how awesome would that be?) A team from the Chinese University of Hong Kong applied swarm behaviors to small-scale bots, allowing “controlled morphological changes and splitting.”
  • Hong Kong scientists develop new 'nano-swarm' robots

    Media: CNN
    Led by Associate Professor Li Zhang, a team of scientists from the Chinese University of Hong Kong designed and implemented a strategy of using oscillating magnetic fields to create highly reconfigurable ribbon-like swarms of nano-robots, millions of magnetic nanoparticles each less than one micron wide, or one-fifth the length of a red blood cell.
  • Smart logistics solution for e-commerce merchants and couriers

    Media: ejinsight
    A team of tech entrepreneurs has developed a smart solution for the traditional logistics business. Graduates of the Chinese University of Hong Kong (CUHK) with a bachelor’s degree in computer engineering and a master’s degree in computer science and engineering, Chan and Cheung have accumulated years of IT experience before embarking on their entrepreneurial journey in 2017.
  • Shape-Changing Swarming Nanorobots Developed To Aid Complex Medical Surgeries

    Media: International Business Times
    In a bid to aid medical surgeries, a group of researchers hailing from China have developed unique nanorobots, minute machines that could go inside the human body and perform complex tasks to help with an ongoing procedure.
  • 變形納米機械人 入血管治中風

    Media: Apple Daily
    鳥兒成群在天上飛、魚兒在塘中游,都是大自然常見的現象,中文大學機械與自動化工程學系副教授張立在校園中看見成群螞蟻聚集運送食物甚至橫空做橋,雖然是習以為常之事,但卻讓他想起自己正在做的納米機械人研究,「因為動物成群,佢哋可以避開獵食者,亦可以做到協同效應,發揮唔同嘅功能,如果單獨就做唔到。」他以此作為研究起點,發展出納米機械人技術,利用極微小群體的伸縮特性,醫治腦中風。

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