Role of integrative psycho-biophysiological markers in predicting psychological resilience

The hypothalamic-pituitary-adrenal (HPA) and parasympathetic nervous systems have been reported to play important roles in regulating emotion and coping with stress. But their direct relationship with psychological resilience remains unclear. These biophysiological features should be considered together with traditional psychometric properties to study resilience more comprehensively.

A Study of Dr Way Lau Kwok-wai, Assistant Professor at the Department of Special Education and Counselling, The Education University of Hong Kong, examined the role of biophysiological features such as vagal tone and HPA reactivity in resilience and determine the predictive power of resilience with the combination of psychological and biophysiological measures.

The study involved 55 male and 52 female university students with no psychiatric disorders. To examine the physiological changes in response to stress, the participants undertook a 15-minute Trier Social Stress Task (TSST), consisting of five minutes’ preparation, and delivering a five-minute speech in their second language and performing mental arithmetic in front of a review panel.

Psychometric properties of resilience were measured at rest; and vagal heart rate variability (HRV), salivary cortisol, and dehydroepiandrosterone (DHEA) levels were captured at baseline during and after the TSST. Multivariate linear regression and support vector regression machine-learning analyses were performed to investigate significant predictors and the predictive power of resilience.

The results showed that positive and negative affects, HRV during the anticipatory phase of stress, and the ratio of cortisol/ DHEA at the first recovery time point were significant predictors of resilience. The addition of biophysiological features increased the predictive power of resilience by 1.2 times compared to psychological features alone. The results from machine-learning analysis further demonstrated that the increased predictive power of resilience by adding the ratio of cortisol/ DHEA was significant in ‘cortisol responders’ (those who demonstrated an increase in cortisol during the stress phrase); whereas a trend level was observed in ‘cortisol non-responders’.

In the investigation of the HPA axis, the researchers did not observe any notable changes in cortisol or DHEA, but there was a marginally significant increase in the ratio of cortisol/ DHEA during and after the TSST in the complete samples, suggesting that the ratio of cortisol/ DHEA could plausibly be a more sensitive marker for acute stress.

The findings extend knowledge from the literature that high vagal activity during the anticipating phase of stress and the ability to restore the balance between cortisol and DHEA after a stress event can be an important feature in predicting resilience. The findings enhance our understanding of the role of vagal tone and HPA functioning in resilience, and further support the notion of combining psychological and biophysiological data in measuring and predicting resilience.

HKBU establishes the School of Creative Arts

To further augment human creativity in the world of arts, Hong Kong Baptist University (HKBU) will establish the School of Creative Arts with effect from 1 July with a revitalised vision to nurture the next generation of creative talent for Hong Kong, and contribute to the city’s development as a creative arts hub for China and the world.

Professor Alexander Wai, President and Vice-Chancellor of HKBU, said: “Recent advancements in digital technology have opened up new avenues in the world of arts. On top of this, the Government’s Policy Address in 2021 expressed its vision to position Hong Kong as Asia’s city of culture and creativity. The National 14th Five-Year Plan also raised the level of support for Hong Kong to help it develop into a hub for arts and cultural exchanges between China and the rest of the world.

“By capitalising on the new opportunities and the latest technological advancements, and with the synergies created by the establishment of the School of Creative Arts, the University will take the development of the creative arts to a higher level, and set new standards for future teaching and research.”

The School of Creative Arts will be comprised of three constituent academic units, namely the Academy of Film, Academy of Music and Academy of Visual Arts. By integrating related talent and resources of the University, it will be a place where great minds in the creative arts and technology can meet, and it will provide HKBU with a strong platform to advance the arts and culture, as well as art-tech, in Hong Kong and the region.

Professor Johnny ML Poon, Associate Vice-President (Interdisciplinary Research) and Dr Hung Hin Shiu Endowed Professor in Music at HKBU, has been appointed as the School’s Founding Dean.

“The School of Creative Arts is well poised to disrupt creative practice and art education in film, music and visual arts. Certain aspects of the world of arts – namely, its creative genealogy and methodology – require a radical rethink. A new framework of education and research is needed for artists to ‘think’ about futurity.

“Inspired by Abraham Lincoln’s famous quote ‘the best way to predict your future is to create it’, the new school, rooted in HKBU’s liberal arts ethos and transdisciplinary inquiries, aims to interrogate the infinite acts of human creativity, reassess the different roles of the arts in our time, and create new artistic opportunities for the future,” said Professor Poon.

The School of Creative Arts attaches great importance to transdisciplinary teaching and learning to nurture future-ready talent for Hong Kong and the nation who can innovate solutions and tackle the challenges of the times through ideation that transcends the boundaries of disciplines. On top of the existing programmes offered by the University in the disciplines of acting, film, music and visual arts, two new transdisciplinary programmes, namely the Bachelor of Arts and Science (Hons) in Arts and Technology and the Bachelor of Arts (Hons) in Business Administration (Global Entertainment), will be launched by the University in the 2022/23 academic year, and they will be housed in the School.

In terms of research and professional development, the integrated talent pool of the School of Creative Arts, which comprises experts from different arts disciplines, can facilitate broader collaboration with local and overseas universities, research institutions, government departments, professional bodies and industries.

Furthermore, the School’s capacity to fuel the development of the creative arts will be substantially strengthened with the expected completion of the Jockey Club Campus of Creativity in 2024, which will feature state-of-the-art facilities for a comprehensive range of creative arts disciplines.

With the School’s strengthened focus on the development of the creative arts for the future and the synergies created by the strategic realignment of its resources, it is expected that the University’s knowledge output in the creative arts and its impact can be maximised, enabling HKBU to become the research and education hub for the creative arts, culture and related industries in Hong Kong for China and the world.

HKAPA appoints Dr Iñaki Sandoval as Dean of Music

The Hong Kong Academy for Performing Arts (the Academy) is pleased to announce the appointment of Dr. Iñaki Sandoval as Dean of School of Music, with effect from August 1, 2022.

Dr. Iñaki Sandoval is an internationally renowned pianist, composer, and music producer with extensive arts administration experience. As Dean of Music of the Academy, Dr. Sandoval will lead the implementation of the overall vision and the academic development of the School of Music, working closely with faculty members to promote innovative enhancements in the delivery of performing arts education.

Academy Director, Professor Gillian Choa, warmly welcomes Dr. Sandoval to the Academy community, “Dr. Sandoval has over two decades of experience in higher education in music and is an internationally acclaimed musician himself. With his breadth of experience, expertise, and international connections, I am confident that he will be able to build upon existing strengths of the School and develop new initiatives that will further strengthen its overall growth and positioning, hence making a very positive and valuable contribution to the Academy. I very much look forward to working with Dr. Sandoval.”

Devoting himself to higher education in music for over 20 years, Dr. Sandoval has held senior management and teaching positions in different institutions around the world. Prior to joining the Academy, Dr. Sandoval has served as Principal cum Tenured Professor at the University of Tartu Viljandi Culture Academy in Estonia. He is also the founding Dean of Graduate Studies and founding Director of the Jazz Department at the Liceu Conservatory in Spain.

As a former council member of the European Association of Conservatories, and board member of the International Association of Jazz Schools, Dr. Sandoval is well connected with conservatoires and performing arts educators.

 

Dr. Sandoval received professional music training both in the United States and Spain. He holds a PhD in Musicology and Art History from the Autonomous University of Barcelona, a Master of Music degree from the University of Nevada, and two Bachelor of Music degrees from the Berklee College of Music and the Liceu Conservatory, respectively.

EdUHK carries out research on assessment-as-learning in China

Dr Lao Hongling, Post-Doctoral Fellow at the Department of Curriculum and Instruction (C&I), The Education University of Hong Kong, has co-authored a book chapter entitled ‘Dancing with Chains: How Does Assessment-as-learning Fit in China?’

Assessment-as-learning aims to provide learning opportunities to students via assessment activities, advocating the development of their long-term learning capacity, such as self-regulation and metacognition. Although students are central to the practice, teachers still play a key role, especially in younger age-groups. Teachers are expected to design, teach, monitor, provide feedback, and modify these assessment activities, so that students can maximise their learning during assessment. This casts a heavy burden of expectation on teachers. However, they may not be ready to implement the new procedures, especially in a deep-rooted examination-oriented culture such as that of mainland China. Working from teachers’ perspectives, the chapter explores whether assessment-as-learning can be accommodated by such a culture.

At first glance, the disjuncture between assessment-as-learning and an examination-oriented assessment culture seems obvious. Firstly, assessment-as-learning aims to develop students’ long-term learning capacity, whereas examination-oriented culture prioritises students’ short-term test performance. Furthermore, driven by these different purposes, the assessment tasks themselves have different goals and formats. However, if assessment-as-learning is treated primarily as a learning strategy, rather than an assessment device, the question arises whether it would be a better fit in an examination-oriented culture. The long-term learning capacities developed via assessment-as-learning could be used to enhance short-term test performance. To maximise students’ learning opportunities, the chapter looks at whether it would be possible to integrate assessment-as-learning into all assessment designs, including both formative and summative scenarios.

To answer these questions, the nature of assessment-as-learning is discussed, highlighting its position as a learning strategy instead of a competing assessment procedure. Then it briefly reviews the assessment culture in China and examines the perceived conflicts between assessment-as-learning and the examination-oriented culture, and attempts to seek alternative perspectives that might potentially alleviate such tension.

Finally, a case study provides a snapshot of the current status of assessment-as-learning in China from the teacher’s perspective. It shows how the examination-oriented culture still casts a long shadow over the conceptions and practices of assessment, by limiting their scope and format. It also studies how recent reforms provide new opportunities for the development and implementation of assessment-as-learning as universal learning strategy, integrated into all classroom assessments, as well as being used to improve short-term academic performance.

Co-authored with Dr Yan Zi, Associate Professor at C&I, the chapter features in the book Assessment as Learning: Maximising Opportunities for Student Learning and Achievement (Z. Yan & L. Yang [Eds], Routledge 2021).

To learn more about the publication, please click here.

HKAPA Presents: Academy Cello Festival 2022

The Hong Kong Academy for Performing Arts is proud to present the first Cello Festival this summer from Jul 30 to Aug 6, 2022.

A series of concerts by former and current students and faculty members of the Strings Department of the School of Music will be brought to the audience, featuring new cello repertoires while refreshing already well-loved pieces. The event aims to promote excellence in individual and ensemble playing. The Academy Cello Festival hopes to motivate cellists to unleash their full potential and reach new heights artistically through exploring different cello pieces.

Programme details of the Festival :
https://www.hkapa.edu/music/event/series/2022

EdUHK research on how habitus influences migration trajectories of African students in China

Global flows of international students have diversified in recent years. As a result, the common association of this form of mobility with affluent members of the global middle class increasingly does not hold. About six per cent of African tertiary students undertake higher education outside their home country, a higher proportion than in any other region. About half study in Africa; China is the second-largest single host country after France, having hosted 81,562 African students in 2018.

A study by Dr Benjamin Joseph Mulvey, Post-Doctoral Fellow at the Department of International Education (IE), The Education University of Hong Kong (EdUHK), focused on the migration patterns of African international students in China. The main aim was to establish how international student migration is experienced differentially by students positioned in their home societies in unequal ways. It provided a detailed account of the pre-mobility social backgrounds, overseas experience, and post-study plans of 40 students from 14 African countries, based on data from semi-structured interviews. This enabled a focus on socially-classed differences in pre-mobility habitus, and the mutability of habitus as a consequence of an overseas sojourn. The study revealed that differences in social background in some cases led to distinct trajectories during the sojourn and in terms of post-study plans.

To understand the relationship between study abroad and habitus adjustment, the researchers examined the pre-mobility habitus of students. Students from less advantaged backgrounds tended to reflect on having faced disadvantages and succeeding. There was relatively little evidence of long-term planning for migration, because study abroad was not previously seen as a possibility. In the group of middle-class students, in contrast, studying abroad was always perceived as possible. Many had kinship networks and established study-abroad patterns among their peers.

The study found that pre-mobility habitus was an important factor shaping the trajectories of students’ overseas sojourns. International students from disadvantaged backgrounds tended to be successful academically during their time abroad, as they were able to draw on internal resources developed as a response to a lack of cultural and social capital during childhood and adolescence. These students displayed a strong sense of connection to their home communities, while shunning African students from more privileged backgrounds.

Most students, regardless of their original social background, did not perceive integration in China as possible mainly because of the large cultural gap and racialisation. A profound sense of alienation when initially navigating new social fields in China appeared in most cases to lead to withdrawal from the host society, rather than to attempts to adapt.

In terms of post-graduation plans, a consistent theme among students from disadvantaged backgrounds was giving back to their home communities. The vast majority of middle-class students and graduates, in contrast, planned to move away, some preferring to return home, and some seeking to migrate to third countries for work or further study. A common thread was anxiety around maintaining their middle-class status.

The study was conducted together with Profess Mark Mason at IE of EdUHK. It makes a theoretical contribution to international student migration literature, arguing that the nature of transformation that takes place among student migrants as a result of studying in China is shaped by the nature of mobility, both spatial and social.

To learn more about the study, please click here.

Novel meta-lens revolutionises conventional Vacuum UV optics technology

A research team co-led by City University of Hong Kong (CityU) have successfully developed a novel Vacuum Ultra-Violet (VUV) meta-lens which can generate and focus the VUV light, a disruptive technology for the VUV optics market.

VUV is used in semiconductor manufacturing, photochemistry and materials science. The focused VUV light source is strongly needed for the nanolithography, material processing, advanced manufacture, and other industrial areas.

However, it has been costly to work with. VUV with wavelengths between 100 to 200 nanometers (nm), is strongly absorbed by the oxygen in air, and requires a vacuum chamber or other specialised environment. Conventionally, very bulky and expensive system with special and rare nonlinear crystals are used for generating and focusing of VUV light.

In addition, virtually almost all types of glass used for conventional lenses are unsuitable for the VUV due to their strong absorption in this region. The few VUV-transmittable materials currently used for lenses are comparably fragile, placing practical limits on thin lens fabrication and design.

Professor Tsai Din-Ping, Chair Professor of the Department of Electrical Engineering (EE) and Dr Chen Mu-Ku, Research Assistant Professor of EE, have designed and fabricated an array of the 150 nm length triangle shape zinc oxide nano-antenna to form a VUV meta-lens.

“We have developed a meta-lens with intricate nano-structures on zinc oxide thin film. It is capable of converting and focusing VUV light. This meta-lens provides a compact method for nonlinear VUV generation and focusing of the generated light,” said Professor Tsai, one of the corresponding authors of the paper recently published in Science Advances titled “Vacuum ultraviolet nonlinear metalens”.

The new VUV meta-lens in a 45 micro-meter diameter can convert UV light with 394 nm wavelength into VUV light with 197 nm wavelength, and focus the VUV light on a small spot less than 2 millionths of a meter in diameter. Tests at Rice University in the US demonstrating a focused light spot with the enhanced power density by 21 times.

“Our VUV meta-lens is compact, lightweight, effective, and can be mass produced by semiconductor electronics fabrication process. This novel and disruptive meta-device could revolutionise the conventional VUV optics technology and its market,” Professor Tsai said.

The meta-lens allows substantial streamlining of VUV system design and facilitating more advanced applications. This work provides a useful platform for developing low-loss VUV components and increasing the accessibility of the VUV regime.

This research is funded by the Area of Excellence Project (AoE), University Grants Committee/Research Grants Council of Hong Kong SAR government. Professor Tsai is the Project Coordinator of the AoE project “Meta-optics, Meta-acoustics and Meta-devices.”

Lingnan research cluster studies COVID-19’s wider impact

Once aware of the true scale and severity of the Covid-19 pandemic, scholars at Lingnan University in Hong Kong moved quickly to set up a wide-ranging series of research projects.

They recognised the importance of studying the likely longer-term impact and understanding what the disruptions to normal life would mean for different sectors of society.

By taking an interdisciplinary approach, their aim was to look at the direct effects of the disease and the challenges faced by families, schoolchildren, university students, and those now out of work.

Clearly, a stalling economy, online schooling, and social distancing requirements would affect livelihoods and general well-being. So, Lingnan formed a distinct research cluster focused on Covid-19 and its consequences, with many of the approved projects also tied directly to one or more of the UN’s 17 Sustainable Development Goals (SDGs). These set out a blueprint for global action over the next few decades.

The purpose was to ensure proposals put forward by different departments have real-world significance and that, on completion, the research findings and recommendations can have a genuine impact.

For instance, one current study funded by the Lingnan Research Committee is looking at the well-being and health literacy of school principals, management teams and teachers during the ongoing pandemic.

Led by Prof Padmore Adusei Amoah of the School of Graduate Studies, the work is focusing on an issue which is often overlooked. That is the increased burden shouldered by those responsible for organising online classes and dealing with the extra complications that inevitably result.

Much of the public discourse has been about the impact on school children, their parents, and the merits or otherwise of online learning. But the viewpoint of teachers and principals – and the difficulties they encounter – require similar consideration, especially if some education authorities now advocate blended or hybrid learning as the way forward.

Another important project, jointly run by Prof Maggie Ka Wai Lau of the School of Graduate Studies and Prof Stefan Kuehner of the Department of Sociology and Social Policy, involved an international survey of children’s well-being during Covid-19.

It found that children in Hong Kong had a low ranking overall and expressed most dissatisfaction about “time use” and “being listened to by adults”. Obviously, there are lessons to learn here for anyone concerned about the well-being of young people and how to help them regain the sense of stability and participation that allows them to thrive.

Taking a different path, Prof Gizem Arat of the Department of Sociology and Social Policy has been exploring possible factors for the prevention of Covid-19 cases among underprivileged ethnic minorities in Hong Kong.

And, in the Department of Management, a study of the pandemic’s impact on doctors and nurses was overseen by Prof Nan Wang and Prof Nancy Yifeng Chen.

New angles will no doubt continue to emerge, and all the latest Lingnan University publications and articles related to Covid-19 can be found in the webpage.

HKBU biologists discover three new coral species in Hong Kong waters

Biologists from Hong Kong Baptist University (HKBU) have discovered in Hong Kong waters three new species of hard coral which have never been identified anywhere else in the world. The findings come shortly after their discovery of one new coral and two new nudibranch species, which was announced last year under their research project on coral health in Hong Kong.

The new marine species were identified by Professor Qiu Jianwen and MPhil student Mr Yiu King-fung of HKBU’s Department of Biology. The descriptions of the new corals have been accepted for publication in the academic journal Zoological Studies.

New species found during coral health research

About eight years ago, Professor Qiu and his team started a series of research projects related to coral health in Hong Kong, including studies on the impact of coral bioeroding sea urchins and coral-eating nudibranchs, as well as coral bleaching caused by global warming. A coral facility was set up at HKBU to culture corals and conduct controlled experiments to examine their physiological changes under different culture conditions. With continuous field surveys and in-depth research, the team has revealed the high diversity of sun corals in Hong Kong waters.

The three new sun coral species discovered this time were named by the HKBU team as Tubastraea dendroida, Tubastraea chloromura and Tubastraea violacea, and they all belong to the genus Tubastraea. The samples were collected when the team surveyed coral-eating nudibranchs at Sung Kong and Waglan Island in the eastern waters of Hong Kong. With the addition of three new members, the number of known species in the Tubastraea genus has increased from seven to ten.

The features of the three new sun coral species are as follows:

Tubastraea dendroida

Similar to most sun corals, Tubastraea dendroida has a typical bright orange colour, but its shape is rather unique. Instead of growing in clumps like most of its related species, this new species has a tree-like structure, with the main stem of its colony attenuating from the base to the tip. The HKBU team therefore named it “dendroida” to reflect its tree-shaped body.

Tubastraea violacea

Covered with a thin layer of pale purple tissue on the corallites (skeletal cups), Tubastraea violacea stands out from other related sun coral species as its polyp wall tissues and skeleton are violet in colour, and it has been named “violacea” accordingly. Nevertheless, its tentacles are yellow and the corallites have a thick wall. Based on comparisons with DNA sequences in public databases, the team found that this species may have colour variants elsewhere, such as a yellow colour variant in New Caledonia in the South Pacific.

Tubastraea chloromura

This coral has a delicate olive green skeletal wall and a circle of yellow tentacles surrounding its mouth. As a result, the species has been named “chloromura”, with “chloro” and “murus” meaning “green” and “wall”, respectively.

From coral gene sequences recorded in public databases, HKBU biologists envisage the potential distribution of Tubastraea dendroida and Tubastraea violacea in Japan and the Western Pacific Ocean. However, at this stage, Tubastraea chloromura is only known to inhabit Hong Kong waters.

All of these three coral species are non-reef-building corals. They do not host symbiotic algae that produce nutrients and energy via photosynthesis. Living in deeper waters at depths of between 10 and 30 metres, they gain energy and nutrients by capturing zooplankton from seawater using their tentacles.

New species discoveries suggest rich biodiversity

“Our discovery of three new species of Tubastraea enhances our knowledge of the diversity of this sun coral genus. Given that corals are one of the best-studied marine animals, our study reveals how little we know about marine diversity, and how many undescribed species are still awaiting our discovery,” said Professor Qiu.

Identification of the three new coral species comes less than a year after Professor Qiu and his team announced their last discovery in October 2021. While implementing a project supported by the Environment and Conservation Fund to assess the diversity and impact of coral-eating nudibranchs, the team discovered a new sun coral species in the genus Tubastraea and two new species of nudibranchs in the genus Phestilla in Hong Kong waters.

Looking back, the last time a new hard coral species was discovered and named in Hong Kong was about 20 years ago. “The discovery is very encouraging as it provides strong evidence of the high marine biodiversity in Hong Kong waters, and it helps fill in the knowledge gaps in biodiversity as advocated in the Government’s Biodiversity Strategy and Action Plan. It also inspires us to further explore the diversity of marine animals, study their functions and ecosystem services, and protect them from potential human disturbances,” Professor Qiu added.

1st anniversary of largest university-based innopreneurship programme in Asia — HK Tech 300 spawns over 300 start-ups

Fledgling entrepreneurs are eager to start their own ventures and break new ground as innovation and start-ups begin to show promise. To nurture tech talent and entrepreneurs, City University of Hong Kong (CityU) launched HK Tech 300, a large-scale flagship innovation and entrepreneurship programme in March 2021 with an allocation of HK$500 million. Themed “Venture Beyond Boundaries”, the programme helps students, alumni, researchers and other members of the public to kick-start their entrepreneurial journey. This substantial funding and long-term commitment make HK Tech 300 the largest university-based entrepreneurship programme in Asia. In the first year of operation, the programme offered more than 1,000 participants entrepreneurial training, gave seed funding to over 300 teams, and provided nearly 50 start-ups with up to HK$1 million each in angel funding.

Specially designed flexible 4-stage programme

HK Tech 300 has created a 4-stage stage approach to creating 300 start-ups in three years: entrepreneurial training offered by professional organisations, seed funding for early-stage idea validation, angel fund investment to help start-ups grow, and venture capital investment to nurture nascent enterprises until take off. This flexible programme allows applicants to join any of the first three stages based on their specific capabilities and needs.

The programme has so far awarded 302 start-up teams a seed fund of HK$100,000 each, and another 49 start-up companies angel fund investment of up to HK$1 million each. These start-ups specialise in multiple domains, ranging from deep tech, information and communications technology, artificial intelligence (AI), and biotech and health technology to fintech and environmental and educational technology.

CityU is one of the world’s fastest rising universities, ranking 1st in Hong Kong for Citations per Faculty in the QS World University Rankings averaged over five years from 2017 to 2021. According to a Stanford University study, over 170 CityU faculty members were among the top 2% of the world’s most cited scientists in 2021. In addition, CityU was named one of the Top 100 worldwide universities for approved U.S. Patents by the National Academy of Inventors (NAI), having been granted the most U.S. utility patents among universities in Hong Kong for five consecutive years.

“Thanks to our pioneering science and technology research, CityU has won numerous prestigious international awards and made invaluable contributions to the betterment of society. We remain committed to bringing about positive change to industries and the community at large through the transfer of knowledge,” said President Way Kuo of CityU. Another key feature of HK Tech 300 is openness as the programme is not limited to CityU students and alumni. The general public is welcome to use CityU’s patented technologies to develop tech products and services, thereby accelerating technology and knowledge transfer. President Kuo said he is proud of the teams and start-ups spawned by HK Tech 300, noting that they are committed to transforming advanced technologis developed by CityU into applications that bring about real-world benefits.

Translating excellent research into practical applications

HK Tech 300 offers career alternatives and opportunities by helping Hong Kong scientists and researchers to create start-ups. As of April this year, over 20% of the teams and companies awarded seed funding and angel fund investment were established by CityU PhD students and researchers, and 10% of awardees were members of the public.

Thanks to the substantial funding allocated to HK Tech 300, the number of start-ups with diversified backgrounds and specialities is gradually increasing, and several have attracted interest and investment from venture capital funds. These encouraging results confirm the value of CityU’s unwavering commitment to fostering a vibrant innovation and technology ecosystem in Hong Kong.

More details can be referred to https://bit.ly/3Roi3yQ.