Thammasat University students win award for awareness, fundraising plan for children suffering from cleft lip, cleft palate

“Ohm-Yim (Smilingly) Team”, a team of students from the Faculty of Journalism and Mass Communication, Thammasat University consists of Ms. Pornnaphat Tinamas, Ms. Suchanaree Saetan, Ms. Kanwara Yavichai and Mr. Naekin Wanthong, and the “Merry Christmas and Happy New Year Team” consists of Miss Kasira Tangkunaporn, Miss Natcharee Sooksawat, Miss Nichaporn Na Phatthalung and Mr. Thachanan Chankaewrae won the first prize of the “Awareness and fundraising plan” contest for the Smile Foundation. The winners of both teams will be receiving an internship opportunity at Dexer Bangkok.

Today, we had an opportunity to interview one of the winning teams, the Merry Christmas and Happy New Year team. They mentioned that this awareness and fundraising plan arises from foreseeing the problem of fundraising from the COVID-19 pandemic and economic problems which affecting the amount of donations within the foundation to decline.

Thus, causing the idea of ​​fundraising plans under the concept “Smile for hope, Going above dreams” through the “Smile for Hope” campaign with the idea that “Not only are children suffering from cleft lips and cleft palate deserve good fortune, but in the wake of the coronavirus and the economic woes that are making it harder for working-age people to live. Those who donate in turn, deserve hope and encouragement in their daily lives.”

The “Smile for Hope” campaign is a campaign to raise funds for children with cleft lip and cleft palate with the main idea for the children in the foundation to be a part of giving through taking part in the design of various lucky charms, such as drawing and painting to be used as mobile wallpaper, and writing wishes and thank you message to be inserted into the Japanese Omamori amulet. Omamori is a small silk bag embroidered with beautiful patterns. The mouth of the bag can be opened. Inside, there are amulets made of paper and various incense to enhance good feelings, encouraging and providing hope to money donors amid the COVID-19 situation and economic downturn.

The team does hope that this campaign will be a part to help the foundation in becoming more reputed, and receiving donations that can be used to support a larger number of children. The team wishes to be another voice and allows people to realize that there are many children who have not been saved from cleft lip and cleft palate.

Energizing our future – Dalhousie University

PhD student Ines Hamam is developing the batteries that will keep the world running

Lithium-ion batteries. They have changed our world as power sources for smart phones, pacemakers, and electric cars. But they also pose problems because they use cobalt to enhance energy storage and battery life.

“Most of the world’s cobalt is mined in Africa and it has been related to significant sociocultural and environmental issues such as child labour, safety, and lack of compensation,” explains Ines Hamam, a Killam Scholar who is earning her PhD in Materials Engineering at Dalhousie University. “Being from Northern Africa, it is really important to me to help the battery industry end its reliance on cobalt so that we can prevent the destruction of the continent.”

Ines is making progress on that goal with the Jeff Dahn Research Group at Dalhousie. She is working with them to develop enhanced electrode materials for lithium-ion batteries. Specifically, Ines is exploring the potential to replace cobalt with other materials, which would result in electric vehicle batteries that are not only less problematic but more affordable. It is research that has the potential to bring about a global transition to renewable energy sources and thus help reduce both greenhouse emissions and the impact of climate change.

Perhaps the most promising option for replacing cobalt is nickel, which is abundant, easy to mine, and delivers comparable energy. But Ines says using nickel presents its own set of challenges. “It isn’t entirely green, for one, and achieving high energy density requires pushing nickel to a level that may not be safe,” she explains. “Also, you have faster capacity fade when using nickel, which means the battery loses its ability to hold a charge quicker, and that compromises your driving range. We are looking at various approaches to address that, such as combining nickel with different coating materials, to create a high-performance electrode.”

Coating candidates include tungsten and aluminum. Through her own work and collaborations, Ines is exploring how these materials measure up in terms of performance as well as mechanical strength to ensure there are no compromises in safety. It is possible, she says, that none of the materials she is assessing may be adopted by industry but adds that is not what motivates her in her work.

“It can take years to develop a solution that is applied by industry,” she explains. “What is important to me is to contribute to a better scientific understanding of these materials and lithium-ion battery technology in general. In that way, my work has value because it has the potential to inspire others to conduct more research in this area. And our combined efforts will provide the battery industry with the knowledge and guidance they need to make the right decisions.”

Ines plans to keep working with the battery industry after earning her PhD and hopes her efforts will lead to energy storage systems that not only take electric vehicles out of the realm of luxury items but also end our reliance on coal, petroleum, and natural gas.

“This is a relatively new field and there are many interesting startups focused on battery manufacturing, material manufacturing, and electric vehicles,” she says. “These startups are going to need expertise to help them bring their products to market, and that creates significant potential for me to apply my training and help the world transition to more sustainable energy.”

Studying intergenerational support between mothers, adult children during COVID-19

Intergenerational support between aging parents and adult children is important for the well-being of both groups, especially during public health emergencies. However, few previous studies have examined the effects of daily support between parents and children on their well-being during public health emergencies. To bridge this gap, a study by Dr Jiang Da, Assistant Professor at the Department of Special Education and Counselling, The Education University of Hong Kong, examined the association between daily support and well-being in mothers and their adult children during the coronavirus disease 2019 pandemic.

Seventy-seven pairs of mothers, aged 44 to 80 and adult children aged 18 to 44 in mainland China participated in a 14-day daily diary study during a stay-at-home period during the COVID-19 outbreak. For 14 consecutive days, participants reported the daily support they had given and received from their mother or child, the intensity of their daily positive and negative affect, and the number of hours of interaction with the other individual, and rated their daily subjective health.

The analysis was carried out in three parts to determine: (1) whether intergenerational support was reciprocal on a daily basis by examining the association between daily received and provided support; (2) whether the level of being under-benefitted on a day was associated with daily positive and negative affect; and (3) whether receiving and offering support were associated with daily positive and negative affect.

Support received from the partner was associated with support offered to the partner on the same day. This effect was significant for both the mothers and children. A greater level of being under-benefitted was associated with a lower level of positive affect in the children, but not the mothers. These findings suggested that children, but not mothers, felt less positive affect when they provided more support than they received. For mothers, offering more support to children but not receiving support from children was positively associated with positive affect. Mothers reported more positive affect on the days they provided more support to children. For children, receiving more support from mothers but not offering support to mothers was positively associated with positive affect. Children reported more positive affect on the days they received more support from their mothers.

The findings have significantly advanced the literature of intergenerational relationships in adulthood by highlighting the role of daily reciprocity and its implications on daily well-being of aging parents and adult children during a public health crisis. In addition, the findings also have some practical implications. Older adults are generally considered more vulnerable during public health events. During the pandemic, researchers and practitioners recommended that older adults should be given more support. However, the findings from the study suggest that to promote better mental health during a crisis, older adults may be given some opportunities to support their family members, especially co-residing children. Policymakers and practitioners might consider older adults themselves a valuable resource in the work of promoting the health and well-being of older adults and of those they support.

The study was conducted together with Professor Helene Fung Hoi-lam at the Department of Psychology, The Chinese University of Hong Kong.

ITS wins Indonesian robot contest KRI 2022

Institut Teknologi Sepuluh Nopember (ITS) has carved another achievement in the field of robotics and crowned the grand champion in the Kontes Robot Indonesia (KRI), the national robot contest, on July 3rd, 2022, after snapping five winnings in five out of six categories.

KRI is a reputable annual Indonesian robotic contest for students in the field of robot design and engineering held by the Ministry of Education, Culture, Research, and Technology. It offers six contest divisions, including the Indonesian ABU Robot, SAR robot, wheeled-soccer robot, humanoid-soccer robot, dance robot, and thematic robot contest. The 2022 KRI was hosted by ITS and participated by 313 teams from 114 universities.

ITS teams proudly brought home four gold and one bronze medals and several awards in the best strategy for humanoid and the wheeled-robot categories. ITS team IRIS collected the gold medals from the Soccer Robot (Wheeled) Contest category, ICHIRO from the Soccer Robot (Humanoid) Contest category, RIVAL, which won the Thematic Robot Contest category, and RIDER team for the category of ABU Indonesia Robot contest. Meanwhile, the bronze medal was presented by ABINARA-1, which won SAR Robot Contest category.

In addition, IRIS, ICHIRO, and RIDER teams were awarded Best Strategy. Team RIVAL was awarded Best Design. The winning was even more remarkable; it made ITS the grand champion for five consecutive years and brought home the back-to-back trophy.

Investigating the role of policy disagreements in party switching using a Japanese example

In 2017, the Japanese party system took a dramatic turn when the major opposition party split, turning the election into a three-way contest. Long-dormant policy disagreements prompted legislators to switch parties. To understand why, researchers from Japan have recently analyzed post-electoral expert survey data. Their findings reveal both the reasons for the separation and the basis for party cohesion, offering valuable insights into party unity and cohesion.

The transformation of party politics in Japan has been marked by an array of sensational events, from the dominance of the Liberal Democratic Party (LDP) to party fragmentation. Individual legislators switch parties for a number of reasons, including policy considerations. The payoffs from “party switching” are closely linked to electoral and party systems, leading to a shift in the dynamics of party competition.

In Japan, such a situation of party switching was witnessed before the 2017 election. The founding leader of a new party, “Hope,” aggressively politicized an inactive debate regarding defense policy. Several members were persuaded to join the Hope, resulting in the collapse of the largest opposition group, “Minshin,” into three parties. However, there remains a lack of explanation as to why the long-dormant disagreement culminated in such a severe rupture.

To uncover the underlying rationale, a Japanese research group consisting of Junior Associate Professor Tomoko Matsumoto of Tokyo University of Science, Associate Professor Hiroki Kubo of Meiji Gakuin University, and Professor Kentaro Yamamoto of Hokkai-Gakuen University, examined responses on “issue position” and the “salience of party policies” from an expert survey conducted shortly after the 2017 general elections. Speaking of the motivation of the study, Dr. Matsumoto says, “The frequent breakdowns of opposition parties have created uncertainty among voters. By analyzing the expert survey, we hope to understand the structure of oppositional party policies in Japan.” Their seminal study was recently published in Japanese Journal of Political Studies.

The researchers began by assessing the expert responses using the “differential-item functioning (DIF)” analysis of “Aldrich-McKelvey” scaling. They next employed “Blackbox transpose” scaling to examine the multidimensional nature of the issue stances. One important point raised by this study is that traditional DIF analysis assumes diversity in responses is due to perceptional limitations and biases. However, the diversity in this case meant that the parties were unable to discern and convey their policy positions. As a result, a corrected version of the DIF analysis is required. “When we performed the corrected DIF analysis, we realized that the corrected value differed from the average value of the raw data obtained from the responses. In other words, the importance of using responses after rectification was reaffirmed,” reveals Dr. Matsumoto. “This is a huge revelation since online surveys are increasingly being used for scientific research.”

The results revealed a strong discord among the splinter parties over defense policy. However, their opinions on the environment, decentralization, and other policies clearly coincided. This was most likely the foundation for the main opposition camp’s unity. Furthermore, DIF analysis revealed considerable differences in expert responses on the relevance of defense policy. As a result, the rapid politicization of defense policy may have contributed to its relevance, which in turn led to the split.

Although the study showed that the major opposition separated over defense policy disagreements, it also showed that splinter opposition parties agreed on environmental and decentralization policies. Dr. Matsumoto concludes, “Our findings suggest that party switching is triggered not just by policy disagreement, but also by the decision of which policy is politicized. This may help us comprehend the future dynamics between the ruling and opposition parties.”

Party competition and party systems are critical facets of parliamentary democracies. These findings go a long way towards improving our understanding of these political structures.

***

Reference

Title of original paper: Party Switching and Policy Disagreement: Scaling Analysis of Experts’ Judgement

Journal: Japanese Journal of Political Studies

DOI: https://doi.org/10.1017/S1468109922000160

Driving social science research towards social innovation, raising community’s quality of life, meeting social needs

When it comes to innovation, many people think about artificial intelligence (AI), and modern technologies, but aside from that there is also a form of “social innovation” that is lesser-known, despite its equally crucial role in national development alongside science and technology.

Assistant to the President of Chulalongkorn University and Director-General of CU SiHub, Assoc. Prof. Dr. Pannee Cheewinsiriwat elaborated on the meaning and importance of social innovation, “social innovation may not be a tangible piece of work, but it is a modern method, idea, and thinking process that’s valuable, meets societal needs and improves the people’s quality of life.”

Recognizing the importance of innovation research and development for the sustainable development of a country based on the Sustainable Develment Goals (SDGs), Chula, has therefore, established Chulalongkorn University Social Innovation Hub (CU SiHub) in 2020 to serve professors and researchers in social sciences, arts and humanities, along with the CU Innovation Hub (CU iHub), what concentrates on innovative research, mostly in the sciences, with the potential to expand into businesses and startups.

“This center is a space where researchers and students from all disciplines who are interested in community and social development can exchange knowledge, invent social innovations to help improve the community’s quality of life and meet the country’s sustainable development goals.”

CU SiHub and its supporting role for researchers in the social sciences, humanities, and arts
In addition to being a space for knowledge exchange for professors, researchers, and students who are keen on social innovation, the Center focuses on supporting research projects that can continue to bring about tangible and sustainable community development through revolving income generation for the research groups and the community.

“The proceeds may be divided into two parts: income from donations such as crowdfunding or companies supporting CSR projects. The other may come from the sale of innovative products and/or services from the research project itself, for example, the Creative Tourism Research Project, Nan Province that organizes creative tourism trips to generate income for the community,” Dr. Pannee said.

The 2 groups of research projects the Center supports are social innovation for the community, and social innovation for social enterprises.

Social innovation for the community
Chula SiHub gives funding support or seed funds for researchers to apply their innovations to the community. After that, the research group can use the work as a showcase for further extension or funding, to seek external cooperation to be able to continue to do so in the future. This will have a social impact on the community.

“For example, as part of the research on “Pad Thai” by The Multicultural Studies and Social Innovation Center, The Institute of Asian Studies, researchers made a short film entitled “Pad Thai: The Secret Recipe” aired on Thai PBS Television. The Ministry of Culture also screened it in the Philippines at the Montanosa Film Festival (MFF) on March 19-27 this year to launch Thai food culture soft power to the global stage through entertainment. In addition to Pad Thai: The Secret Recipe, Thai PBS recently entered into a partnership with the Institute of Asian Studies to work on other subjects,” said Prof. Dr. Pannee.

Social Innovation to Social Enterprise
Promoting social innovation to social enterprises is another important mission of CU SiHub to show researchers in the social sciences, humanities, and arts that these fields of knowledge can evolve into viable businesses.

The center has organized two coaching sessions for professors, researchers, and students to cultivate business model design. The content of the course focuses on the way of thinking and skills such as:

Think and understand what social problems need to be solved.
Who are the stakeholders?
Using Theory of Change to test if the innovation can solve the problem.
Encourage critical thinking and thinking outside the box

“After the coaching, the Center will organize a Pitch Deck for students and research groups to present their business models and invite experts in that area to give their opinion for further development before pilot testing the social innovation prototypes,” Dr. Pannee explained.

Future Directions Social Innovation for Sustainability
Though in its fledgling stage, and the majority of recent events were online due to the COVID-19 pandemic, the CU SiHub has imprinted the term “social innovation” in the mind of the Chulalongkorn community.

“The number of professors, researchers, and students from various faculties has almost doubled from the first batch with 7 research groups. For the second batch that’s about to be organized, there are as many as 12 research groups interested in applying. We want everyone to know and be interested in exchanging knowledge and creating social innovation together in these areas.”

Dr. Pannee concluded that this year the Center will organize more exhibitions and events for more interested parties to come and use the Center’s space for knowledge exchange. In the future, there are plans to organize training on social innovation best practices from local and international researchers and agencies, as well as social impact assessment for professors, researchers, and students with a focus on research or social innovation that meets the SDGs (Sustainable Development Goals).

Chula Engineering team wins runner-up award at Spaceport America Cup 2022

A big round of applause to members of the Chulalongkorn University High Altitude Research Club – CUHAR from Aerospace Engineering (AERO), Chula International School of Engineering, who represented Thailand at the Spaceport America Cup 2022. The team went above and beyond as one of the runners-up of the Dr. Gil Moore Award for Innovation (Sounding Rocket Design). Other runner-up teams for the same category were from Cornell University (USA) and the University of Leeds (UK).

Members of the Chula engineering student team (Aerospace Engineering – Batch 15) included

Mr. Puwit Chaowanapreecha

Mr. Peeravich Chirakunakorn

Mr. Nitipote Seubhanich

Mr. Kittanu Hongsevihok

Ms. Porntreetra Rattanapansri

Ms. Rachaya Deelertkulchai

Mr. Pasin Manaspiya

Mr. Pwint Krittiyanithi

Mr. Phuwanut Pataratawinun

Mr. Napatr Porntavornvittaya

Mr. Trin Uthaisang

Mr. Ratchagrit Seelsut

Mr. Thanakrit Maleesut

Mr. Siriwat Sirirattanachaikul

For more information and updates, follow the CUHAR Team on

Facebook: https://www.facebook.com/cu.highaltitude/.

The Spaceport America Cup is the world’s largest intercollegiate rocketry engineering contest (IREC) for student rocketry teams from across the country and around the world. Students launch solid, liquid, and hybrid rockets to target altitudes of 10,000 and 30,000 feet.

Research co-led by CityU boosts efficiency of perovskite solar cells to record high

An international research team co-led by City University of Hong Kong (CityU) is accelerating the commercialisation of perovskite photovoltaic technology with a new approach that boosts the efficiency of inverted perovskite solar cells (PSCs) to a record high of 25%.

The team’s innovative approach involves applying a ferrocene-based organometallic compound called ferrocenyl-bis-thiophene-2-carboxylate (FcTc2) as the interfacial material to improve the efficiency and stability of inverted PSCs.

“We are the first team to boost the efficiency of inverted PSCs to 25% and pass the stability test set by the International Electrotechnical Commission,” said Dr Zhu Zonglong, Assistant Professor from the Department of Chemistry (CHEM).

The findings were published in the prestigious journal Science under the title “Organometallic-functionalised interfaces for highly efficient inverted perovskite solar cells”.

PSCs are a promising alternative to traditional silicon solar cells because of their low-cost, low-manufacturing temperature, and lightweight and flexible properties. They can be printed on plastic films as flexible solar cells or coated on window glass to absorb sunlight.

However, the operational lifetime of a device can be hampered by the chemically reactive components in perovskite materials that can become volatile and degrade under high temperatures and humidity.

“The unique properties of ferrocenes help to manage the problems faced by PSCs,” said Professor Nicholas J. Long from Imperial College London, an expert in organometallic compounds whose team developed the compound.

Dr Zhu added: “Ferrocenes can reduce the surface energy of the perovskite surface, enhancing both efficiency and stability.”

PSCs are made of layers of materials and the perovskite layer is for light harvesting. The ferrocene molecules accelerate the electron transfer from the perovskite active layer to the electron transporting layer, which further increases efficiency.

There is another merit to these organic groups, according to Dr Zhu. “The ferrocene-based organometallic compound firmly anchors the ion on the perovskite surface via a chemical bond, reducing the PSCs’ sensitivity to the external environment, and delaying the degradation process of a device,” he explained.

In the experiment, the CityU team showed that these newly invented solar cells could run under continuous light illumination for more than 1,500 hours and still maintain over 98% of their initial efficiency. The devices also met international standards for mature photovoltaics, exhibiting superior stability in a hot and humid environment (85 degrees Celsius and 85% humidity).

“The most challenging part of this work was fabricating highly efficient PSCs along with promising stability. The reliable results mean that the commercialisation of PSCs is on its way,” said Dr Zhu.

The collaboration team has already patented the technology. “We hope to further scale up the production of PSCs with this novel molecule and simple method, contributing to the global ‘zero-carbon’ sustainability goal,” he said.

The study was supported by CityU, the Innovation and Technology Fund, grants from the Early Career Scheme and the General Research Fund from the Research Grants Council of Hong Kong, and the Natural Science Foundation, Guangdong Province.

HKBU launches the ground-breaking Turing AI Orchestra

On 9 August, Hong Kong Baptist University (HKBU) announced the launch of the ground-breaking “Turing AI Orchestra” (TAIO) — the next milestone in its visionary plan to explore and broaden the scope of possibilities in art co-creation by humans and artificial intelligence (AI). TAIO is the world’s first virtual ensemble built with state-of-the-art AI technology, signifying a new form of collaboration between humans and machines.

The announcement was made during the “Human, Machine, Art, Creativity: International Symposium” co-organised by HKBU and the Hong Kong Productivity Council, where world-renowned artists, researchers, scholars and industry professionals gathered to discuss the development of human-AI symbiotic art creativity.

Both the Symposium and TAIO are deliverables under a research project co-led by Professor Yike GUO, Vice-President (Research and Development), and Professor Johnny POON, Associate Vice-President (Interdisciplinary Research), of HKBU. The five-year project, titled “Building Platform Technologies for Symbiotic Creativity in Hong Kong”, had been granted a significant funding of HK$52.8 million by Hong Kong’s Research Grants Council for developing platform technologies in support of symbiotic creativity.

TAIO aims to provide an open platform for artists and scientists from around the world to collaborate in a dynamic and innovative environment, and will play a useful role in AI research and development that will disrupt the world of art. It also echoes one of the research project’s tasks — to build a Digital Art and Policy Network for symbiotic creativity collaboration and related policy innovation. With the help of Blockchain technologies, TAIO will also help realise the world’s first Decentralised Autonomous Organisation (DAO) ecosystem for art creation.

Another key project deliverable closely related to TAIO was a human-AI joint performance during the annual gala concert of the HKBU Symphony Orchestra in July titled “A Lovers’ Reunion.” The performance, featuring an AI choir with the voices of 320 virtual singers, together with an AI media artist who could interpret lyrics, and a group of AI dancers, was the first of its kind in the world. It was powered by the AI technologies developed by the scientists from HKBU’s Augmented Creativity Lab under Professor Guo’s headship.

TAIO symbolises how HKBU is pushing the frontiers of art-tech to transform the development of art and culture. It is hoped that TAIO will help drive the advancement of art-tech in Hong Kong, and thereby enabling the city to become a global leader in the field as well as an international cultural and art hub. In the time to come, TAIO will undoubtedly revolutionise creative art processes and performances, opening a new era of art-tech for the benefit of the world.

Back to brain drain

The pandemic brought an unexpected halt to the brain drain in many parts of the world. John O’Leary asks how long this respite will last.

The so-called “brain drain” of highly-educated talent from the developing world to more industrialised nations has been a concern for decades. But the COVID-19 pandemic and geopolitical shocks, like the war in Ukraine, have added new layers of confusion, even in some of the richest countries. After two years in which international travel restrictions have reduced the flow of students and graduates from their home countries, business as usual is returning in a big way. The contrast, as the global economy revives, has put the brain drain back into the headlines as seldom before.

In New Zealand, for example, some of the world’s tightest restrictions left companies with unaccustomed levels of choice in their recruitment at the height of the pandemic. But recent surveys suggest that almost a third of those under 35 still want to leave the country, if only for an extended period of travel. The Ministry of Business, Innovation and Employment expects 50,000 New Zealanders to leave for work or travel over the next year now that the borders have reopened but admits that number could reach as high as 125,000, more than three times the total in 2019.

So far, Prime Minister Jacinda Arden has been relaxed about the prospect, arguing in Parliament that it was “part of our history” for New Zealanders to seek overseas experiences and return with additional skills. Critics, meanwhile, insist that skills shortages are such that the economy cannot afford an exodus now.

There is little room for argument, however, about the impact of the brain drain in many other countries, where the movement of highly qualified young people is overwhelmingly outbound and beginning to gather pace once more. Although by no means among the world’s poorest countries, India is a classic example, with the brain drain a constant subject of political and media debate. The country experiences more emigration than any other, and the fact that almost two-thirds of those leaving India are highly skilled or educated beyond school level, adds to the pressure on government to reverse or at least slow the trend.

The popularity of overseas study is one cause, with the number of Indians taking degrees abroad predicted to rise from 770 thousand in 2019 to 1.8 million in 2024, partly due to bottled-up demand during the pandemic. Many do not return home at graduation because job opportunities and salary levels are lower in India, where unemployment rates rise with the level of education, according to the independent Centre for Monitoring Indian Economy in Mumbai.

Indians take the largest number of post-study visas in the United States and are more likely than other nationalities to settle there. Almost nine out of ten Indian nationals who took PhDs in STEM subjects in the US between 2000 and 2015 were still in the country when the Center for Security and Emerging Technology carried out a survey in 2017. More than half of the start-ups in California’s Silicon Valley are established by foreign-born entrepreneurs, many of them of Indian nationality. The benefits to the US are obvious, with over a quarter of engineers and scientists born out of the country.

The Indian government has responded with the Prime Minister’s Research Fellowship scheme to encourage outstanding students to stay in the country to take their PhD. It has sanctioned the development of research parks at several Indian Institutes of Technology. In addition, budding entrepreneurs will have access to new incubation centres to support start-ups. The country is also trying to lure back scientists and entrepreneurs from abroad, as well as attracting foreign nationals through its Global Initiative of Academic Networks, focusing particularly on research partnerships and specialist, short courses. Long-awaited moves to allow more Indian universities and institutes to offer joint degrees with leading international partners are also intended to keep more students in the country. Such has been the renewed concern over the brain drain in India that individual states have launched their own schemes.

In Punjab, the Chief Minister, Bhagwant Mann, is promising to fill 26,000 government posts and stimulate other employment opportunities to reduce the predicted emigration of 275,000 young people in the coming year. China has long experience of the use of incentives to attract back young people who study abroad, a necessity in view of the huge numbers making that journey. They have included large bonuses or academic posts, particularly for scientists and engineers, and huge investment in Chinese universities to keep more of the best students in the country.

What neither the victims nor the beneficiaries of the brain drain were able to plan for, however, was the impact of the pandemic. In China’s case, the supply of incoming international students dried up almost entirely, with only South Koreans able to enter since March 2020. Although some Chinese students were able to study remotely for degrees with overseas universities, competition for places at the country’s own universities relaxed a little and many students chose to stay at home. China’s strict ‘zero-COVID’ strategy has made it slower than most countries to resume incoming and outgoing study arrangements, but there is no sign of the hiatus becoming permanent. For one thing, China’s 18-year-old population is set to rise by 5 percent, or 16.5 million, by 2030, placing still greater strains on the country’s universities.

Of course, this is nothing compared to the sudden and extreme brain drain underway in Ukraine and the sharp acceleration of a trend that was already underway in Russia before the war began. The Atlantic Council think tank estimated that up to 2 million Russians, mainly well-educated professionals, and academics, had left the country in the decade up to 2019. Countless others have followed this year, even though Russians are now prohibited from leaving the country with more than $10,000.

With international universities and corporations withdrawing from partnerships in Russia, skills shortages are likely to become much more serious. Konstantin Sonin, a Russian economist based at the University of Chicago, who spent the last year in his home country, described the brain drain as a “tragic exodus not seen for a century”. Ukraine’s plight is naturally even more serious, with universities and other facilities destroyed, and students and academics either abroad or enlisted to defend their homeland. While Western governments and universities will no doubt help to rebuild the country when the war is over, some form of brain drain will be inevitable for the foreseeable future.

Beside such hideous events, other countries’ concerns about their own perceived brain drain look trivial, but a growing number fear the consequences of post-pandemic student recruitment and graduate employment patterns. Malaysian universities, for example, have been promoting themselves in Australia and encouraging the 15,000 Malaysian students there to act as ambassadors for their home country.

There are clear signs of the international demand for highly qualified workers gathering pace. In the United Kingdom, for example, where problems may still lay ahead in the aftermath of leaving the European Union, the universities’ representative body has calculated that there are a million more professional job vacancies than workers with degrees to fill them. In the US, the number of new international students is 68 percent up on the 2021-22 academic year, albeit after a sharp drop at the height of the pandemic.

For some of the poorer nations, the brain drain has become a fact of life, no matter how hard they might try to reverse it. In Guyana, at one extreme, 70 percent of those with a tertiary education have moved to the United States in recent years. But policy decisions can have a lasting effect on richer nations as well. In Italy, for instance, about 14,000 researchers left the country between 2009 and 2015, according to Istat, the national statistics agency. The exodus coincided with cuts in funding for research from 9.9 billion Euros to 8.3 billion, leaving expenditure well below the EU average. By 2019, Italy was spending only 1.45 percent of gross domestic product on research, less than half the proportion spent in Germany.

Even within the richest countries, the concept of a brain drain is becoming a concern. In the US, research is taking place at the University of Rhode Island to establish whether graduates from New Jersey, Virginia and Rhode Island are being lured away to more attractive locations to the disadvantage of their home states.
In an age of technological advancements, the ability of the most powerful nations, as well as individual cities or corporations, to offer a premium in salaries and future opportunities will always allow them to recruit the best from all over the world. But those countries and regions that have become accustomed to retaining more of their highly qualified young people during the pandemic may find the coming years especially challenging.