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    監製:CHENG WAI FONG


    Looking up the sky, scientists are curious about everything in the universe, and they explore various scientific fields without cease. Through countless observations, assumptions and verifications, scientists summarise the natural phenomena, thereby understanding the rules therein, while at the same time, encounter more irregularities and uncertainties.

    In the face of the vast universe, a person is nothing more than a tiny dust particle. By one’s own strength, one may not be able to solve even one mystery of the universe in one’s own life. Scientists must conduct collaborative research continuously generations after generations, so as to apply their scientific researches to our lives and benefit mankind. It is exactly because of our curiosity and awe of the unknown that humans will continue to explore and seek knowledge, and that human civilisation will not collapse.

    Scientists contribute to society with their intelligence and wisdom. Technological advances bring a great deal of convenience to everyday life as well as better fulfillment of needs in terms of clothing, food, shelter and transportation, thereby enhancing our quality of life. In all these years, Hong Kong has nurtured quite a number of talents in the international arena of scientific research, who carry out innovative research projects in various fields of science in an endeavour to improve people’s lives.

    These scientists, including LEE Hun-wei (Environmental Hydraulics), LAM Hon-ming (Life Science), LO Yuk-ming (Molecular Genetics), Nancy IP (Neuroscience), KWOK Sun (Astronomy) and CHE Chi-ming (Inorganic Chemistry), spare no effort in making contributions to science. Despite countless failures, they still persist in the scientific researches which they have chosen. In the end, they make breakthroughs in their researches and benefit different people. In the six one-hour episodes of documentaries, we will go into the science world and get to know about the scientists’ spirit of constant pursuit and being brave to explore on the path of seeking knowledge. We also hope that the importance of scientific research and people’s awareness of it will be aroused.

    最新

    LATEST
    13/02/2018

    Dr. Dennis Lo mainly focuses on genetics and medicine, DNA testing and other related areas of chemical pathology. In an article published in 1989, he pointed out the possibility of using DNA technology to analyse foetal cells in pregnant women's blood. In 1997 he found foetal DNA in the plasma of pregnant women. He later led his Chinese University research team in pioneering a non-invasive prenatal diagnosis. By the end of 2011, non-invasive prenatal diagnosis of Down's syndrome was finally applied clinically in Hong Kong and the United States. The team continues to work tirelessly to reduce testing costs to affordable levels. This non-invasive prenatal diagnosis has so far reached over 90 countries and regions around the world.

    Dr. Lo has continued to explore the possibility of using the technology to detect cancer. His ultimate goal is for doctors to map the genes of cancerous cells in the body using the non-invasive method of drawing a patient’s blood only once to enable early detection, early treatment, reduction of pain and improvement of survival rate.

    Dr. Lo claims he is lucky to be given the opportunity to stand on the shoulders of giants to explore the mysteries of human DNA. The giants he refers to are all the scientists who studied genetics throughout history. He also feels he is fortunate to be co-operating with leading experts in other fields such as mathematicians, mechanical engineering, and computer science. All the scientific breakthroughs the world has today would not have been possible without the joint collaboration of scientists in a wide range of disciplines.

    預告

    UPCOMING
    20/02/2018

    Professor Nancy Ip is an internationally-acclaimed top neuroscientist, spending decades in researches related to the communication among neurons. She has made important contributions to our understanding of brain development and plasticity, as well as the causes of related neurological disorders.

    Director: Leslie Ng

    重溫

    CATCHUP
    01 - 02
    2018
    RTHK 31
    • An Explorer in DNA Diagnostics - Dennis Lo II

      An Explorer in DNA Diagnostics - Dennis Lo II

      Dr. Dennis Lo mainly focuses on genetics and medicine, DNA testing and other related areas of chemical pathology. In an article published in 1989, he pointed out the possibility of using DNA technology to analyse foetal cells in pregnant women's blood. In 1997 he found foetal DNA in the plasma of pregnant women. He later led his Chinese University research team in pioneering a non-invasive prenatal diagnosis. By the end of 2011, non-invasive prenatal diagnosis of Down's syndrome was finally applied clinically in Hong Kong and the United States. The team continues to work tirelessly to reduce testing costs to affordable levels. This non-invasive prenatal diagnosis has so far reached over 90 countries and regions around the world.

      Dr. Lo has continued to explore the possibility of using the technology to detect cancer. His ultimate goal is for doctors to map the genes of cancerous cells in the body using the non-invasive method of drawing a patient’s blood only once to enable early detection, early treatment, reduction of pain and improvement of survival rate.

      Dr. Lo claims he is lucky to be given the opportunity to stand on the shoulders of giants to explore the mysteries of human DNA. The giants he refers to are all the scientists who studied genetics throughout history. He also feels he is fortunate to be co-operating with leading experts in other fields such as mathematicians, mechanical engineering, and computer science. All the scientific breakthroughs the world has today would not have been possible without the joint collaboration of scientists in a wide range of disciplines.

      13/02/2018
    • An Explorer in DNA Diagnostics - Dennis Lo I

      An Explorer in DNA Diagnostics - Dennis Lo I

      Dr. Dennis Lo mainly focuses on genetics and medicine, DNA testing and other related areas of chemical pathology. In an article published in 1989, he pointed out the possibility of using DNA technology to analyse foetal cells in pregnant women's blood. In 1997 he found foetal DNA in the plasma of pregnant women. He later led his Chinese University research team in pioneering a non-invasive prenatal diagnosis. By the end of 2011, non-invasive prenatal diagnosis of Down's syndrome was finally applied clinically in Hong Kong and the United States. The team continues to work tirelessly to reduce testing costs to affordable levels. This non-invasive prenatal diagnosis has so far reached over 90 countries and regions around the world.

      Dr. Lo has continued to explore the possibility of using the technology to detect cancer. His ultimate goal is for doctors to map the genes of cancerous cells in the body using the non-invasive method of drawing a patient’s blood only once to enable early detection, early treatment, reduction of pain and improvement of survival rate.

      Dr. Lo claims he is lucky to be given the opportunity to stand on the shoulders of giants to explore the mysteries of human DNA. The giants he refers to are all the scientists who studied genetics throughout history. He also feels he is fortunate to be co-operating with leading experts in other fields such as mathematicians, mechanical engineering, and computer science. All the scientific breakthroughs the world has today would not have been possible without the joint collaboration of scientists in a wide range of disciplines.

      06/02/2018
    • A journey of Soybean from Laboratory to Field: Lam Hon-ming (II)

      A journey of Soybean from Laboratory to Field: Lam Hon-ming (II)

      Lam Hon-ming is one of the few scientists in Hong Kong specializing in agriculture, his research focus is soybean, a cash crop also known as miracle legume. After completing genome sequencing of wild and cultivated species of soybean, Professor Lam and his team were able to identify the salt-tolerance gene in soybean. With such breakthrough, he goes on the work of developing new breed of salt and drought-tolerant soybean.

      Professor Lam is not only a scientist but also a dedicated educator, he is very keen on reaching out to the young generation, and be their mentor. Not only local young researchers, young scientists in South Africa, Argentina, Mainland China are learning from him. “The advancement of culture and humanity relies on the carrying on of knowledge through generations” as said by Professor Lam Hon-ming.

      30/01/2018
    • A journey of Soybean from Laboratory to Field: Lam Hon-ming (I)

      A journey of Soybean from Laboratory to Field: Lam Hon-ming (I)

      Lam Hon-ming is one of the few scientists in Hong Kong specializing in agriculture, his research focus is soybean, a cash crop also known as miracle legume. After completing genome sequencing of wild and cultivated species of soybean, Professor Lam and his team were able to identify the salt-tolerance gene in soybean. With such breakthrough, he goes on the work of developing new breed of salt and drought-tolerant soybean.

      Professor Lam is not only a scientist but also a dedicated educator, he is very keen on reaching out to the young generation, and be their mentor. Not only local young researchers, young scientists in South Africa, Argentina, Mainland China are learning from him. “The advancement of culture and humanity relies on the carrying on of knowledge through generations” as said by Professor Lam Hon-ming.

      23/01/2018
    • Travelling with Water - Joseph LEE (II)

      Travelling with Water - Joseph LEE (II)

      It is often said that water can both float and overturn a boat. The relationship between men and the nature is sometimes competitive and sometimes interdependent. The essence of environmental hydraulics lies precisely in the application of hydraulic methods to environmental issues, as well as the use of environmental factors in tackling floods. Environmental hydraulics is closely linked to everything from city management to everyday life, including beaches along the coast, sewage in drains, levees in valleys and drinking water in households.

      LEE Hun-wei, Joseph, is a world-renowned scholar in environmental hydraulics. Formerly the Dean of Engineering at The University of Hong Kong, he is currently a Chair Professor of Civil and Environmental Engineering at The Hong Kong University of Science and Technology. He has, for many years, been participating in and leading multiple water engineering projects in Hong Kong, engaging himself in harbour area treatment, management of water quality and warnings of red tides. Knowing that knowledge and application are equally important in engineering, Joseph LEE insists on bringing theory and practice together however disorderly the situation is. The theory of “buoyant jets”, which he has been devoted to for years, even became the theoretical foundation of numerous engineering projects.

      It is fitting to describe Professor LEE as a small boat that has passed ten thousand mountains. His academic journey of four decades started at the place he first received education in engineering. In 1969, having been granted a scholarship, he went to the United States to study civil engineering in Massachusetts Institute of Technology, where he later attained his bachelor’s, master’s and doctorate degrees. The people he met and things he encountered in this international cradle of engineering science all play a role in how his ideology in science, research and education evolve. Back then, he was determined to return to Hong Kong to continue his research instead of staying in the United States for further development. This shows that being an outstanding scholar, he does not place importance solely on academic achievements, but also endeavours to nurture the next generation. With his meticulousness in research and comprehensive hands-on engagements, Professor LEE’s words and actions are all inspirational to postgraduates in developing proper attitudes in academic inquiries.

      While water in the south can be transported to the north, water in the east can of course be guided to flow towards the west. Professor LEE also serves as a bridge between China and the western world in addition to concentrating on teaching and research. On one hand, he visits the Mainland China repeatedly, hoping to give back to his home country with his professional knowledge by contributing to the Mainland’s development in environmental hydraulic engineering. On the other hand, once the Vice-President of International Association for Hydro-Environment Engineering and Research, he took a leading role in founding the globally acclaimed Journal of Hydro-environment Research with other eminent scholars from the Asia-Pacific. His dedication has long been widely recognised by the international academic community. On top of being elected as a Fellow of Britain’s Royal Academy of Engineering in 2008, Professor LEE also won American Society of Civil Engineers’ Hunter Rouse Hydraulic Engineering Award in 2009 – the first Asian scholar ever to win the award. Moreover, as a committed lover of ballet, he has discerned the similarities between the spirits of dance and science through the rhythm and moves. During his zealous quest for knowledge, he has discovered that engineering science and art can, surprisingly, be traced back to the same origin.

      Let us follow the footsteps of Joseph LEE, who is equipped with the perseverance of a researcher, the tenacity of a teacher, as well as the resilience of a dancer, in re-contemplating the relationships between science and society, research and teaching, and engineering and life. We wish that the story of this traveller can inspire Hong Kong’s new generation of young scientists.

      PD: TANG Man-mei

      16/01/2018
    • Travelling with Water - Joseph LEE (I)

      Travelling with Water - Joseph LEE (I)

      It is often said that water can both float and overturn a boat. The relationship between men and the nature is sometimes competitive and sometimes interdependent. The essence of environmental hydraulics lies precisely in the application of hydraulic methods to environmental issues, as well as the use of environmental factors in tackling floods. Environmental hydraulics is closely linked to everything from city management to everyday life, including beaches along the coast, sewage in drains, levees in valleys and drinking water in households.

      LEE Hun-wei, Joseph, is a world-renowned scholar in environmental hydraulics. Formerly the Dean of Engineering at The University of Hong Kong, he is currently a Chair Professor of Civil and Environmental Engineering at The Hong Kong University of Science and Technology. He has, for many years, been participating in and leading multiple water engineering projects in Hong Kong, engaging himself in harbour area treatment, management of water quality and warnings of red tides. Knowing that knowledge and application are equally important in engineering, Joseph LEE insists on bringing theory and practice together however disorderly the situation is. The theory of “buoyant jets”, which he has been devoted to for years, even became the theoretical foundation of numerous engineering projects.

      It is fitting to describe Professor LEE as a small boat that has passed ten thousand mountains. His academic journey of four decades started at the place he first received education in engineering. In 1969, having been granted a scholarship, he went to the United States to study civil engineering in Massachusetts Institute of Technology, where he later attained his bachelor’s, master’s and doctorate degrees. The people he met and things he encountered in this international cradle of engineering science all play a role in how his ideology in science, research and education evolve. Back then, he was determined to return to Hong Kong to continue his research instead of staying in the United States for further development. This shows that being an outstanding scholar, he does not place importance solely on academic achievements, but also endeavours to nurture the next generation. With his meticulousness in research and comprehensive hands-on engagements, Professor LEE’s words and actions are all inspirational to postgraduates in developing proper attitudes in academic inquiries.

      While water in the south can be transported to the north, water in the east can of course be guided to flow towards the west. Professor LEE also serves as a bridge between China and the western world in addition to concentrating on teaching and research. On one hand, he visits the Mainland China repeatedly, hoping to give back to his home country with his professional knowledge by contributing to the Mainland’s development in environmental hydraulic engineering. On the other hand, once the Vice-President of International Association for Hydro-Environment Engineering and Research, he took a leading role in founding the globally acclaimed Journal of Hydro-environment Research with other eminent scholars from the Asia-Pacific. His dedication has long been widely recognised by the international academic community. On top of being elected as a Fellow of Britain’s Royal Academy of Engineering in 2008, Professor LEE also won American Society of Civil Engineers’ Hunter Rouse Hydraulic Engineering Award in 2009 – the first Asian scholar ever to win the award. Moreover, as a committed lover of ballet, he has discerned the similarities between the spirits of dance and science through the rhythm and moves. During his zealous quest for knowledge, he has discovered that engineering science and art can, surprisingly, be traced back to the same origin.

      Let us follow the footsteps of Joseph LEE, who is equipped with the perseverance of a researcher, the tenacity of a teacher, as well as the resilience of a dancer, in re-contemplating the relationships between science and society, research and teaching, and engineering and life. We wish that the story of this traveller can inspire Hong Kong’s new generation of young scientists.

      PD: TANG Man-mei

      09/01/2018
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