Tag Archives: STM

China and ASEAN Explore Sci-Tech Cooperation

BEIJING, Sept. 17, 2022 /PRNewswire/ — The following is a report from CRI Online:

The site of the event. Photo by Lei Qijun
The site of the event. Photo by Lei Qijun

The 10th Forum on China-ASEAN Technology Transfer and Collaborative Innovation (hereinafter referred to as “the Forum”) was held in Nanning, capital of South China’s Guangxi Zhuang autonomous region on September 15.

The Ministry of Science and Technology highlighted a number of landmark projects at this year’s event. The China-ASEAN Sci-Tech Innovation Upgrading Project was unveiled for the first time as an important step in enhancing the sci-tech cooperation between China and ASEAN members. In addition, the China-ASEAN Technology Transfer Special Action was launched with 1,000 new technologies selected nationwide concerning key industries in the economic and social development of ASEAN countries. The first centralized release of these advanced and applicable technologies in sustainable fields will go a long way in fostering growth throughout ASEAN countries. As the first domestic technology transfer cooperation mechanism for ASEAN, the China-ASEAN Technology Transfer Alliance was established during the Forum. Furthermore, the first China-ASEAN Innovation and Entrepreneurship Competition organized by the Ministry of Science and Technology and ASEAN debuted at the event, in tandem with the opening ceremony of China-ASEAN Innovation and Entrepreneurship Camp.

With a focus on digital technology and the healthcare sector, the Forum, themed Explore Sci-Tech Cooperation for a Shared Better Home, organized a series of events, including the opening ceremony of the Forum and the main session, the 4th 10+3 Young Scientists Forum, the 19th China-ASEAN Expo Advanced Technology Exhibition, the China-ASEAN Digital Technology Promotion and Matchmaking Conference, and the Belt and Road Technology Transfer Synergy Promotion Conference. The goal of the Forum is to gather together some of the region’s brightest minds and brainstorm in order to create a scientific blueprint for the next steps that need to be taken and make a contribution to the building of a close-knit China-ASEAN innovation community.

Clarivate Launches New Global Research Report Urging Action on Ocean Science


Research must rise to meet challenges such as microplastics pollution and climate change

LONDON, July 27, 2022 /PRNewswire/ — Clarivate Plc (NYSE:CLVT), a global leader in providing trusted information and insights to accelerate the pace of innovation, today launched a new Global Research Report from the Institute for Scientific Information™ analyzing ocean science research over the last two decades. The report concludes that research must rise to meet the challenges facing the marine environment such as microplastic pollution and climate change.

Ocean science: sustainability concerns add urgency for research observes that ocean science research output has increased threefold from 2000 to 2020. The Institute for Scientific Information identifies existing and emerging research fields, across all ocean basins, as well as the current collaboration pathways. The study examines gaps and trends in international ocean science collaborations. This information is essential for the effective growth of the ocean science community and ultimately the achievement of United Nations Sustainable Development Goal 14: Life below water.

In the Web of Science Core Collection™, for publication years 2000 to 2020, about 150,000 items were assigned to the Web of Science category Oceanography. However, as much research related to ocean science is published in journals assigned to other Web of Science categories or in multidisciplinary journals, the report uses a hybrid approach to analyze bibliometric data across a range of sources, evaluating ocean science research published between 2000 and 2020.

Key findings of the report include:

  • There has been an astonishing growth of microplastics research, an upsurge in output reminiscent of the excitement and activity of high-temperature superconductivity in the late 1980s, or CRISPR (i.e., gene editing) during the last decade. This growth, pronounced since 2015, may be related to the introduction of the United Nations’ Sustainable Development Goals (SDGs) in 2015. Growth in other Citation Topics such as Climate Change may also be associated with the targets of SDGs.
  • The U.S. share of ocean basins research is in line with its overall world share. However, its dominance in the early 21st century – as well as the contributions of other G7 members – has been eroded by a rapid rise in research output from Mainland China.
  • Ocean research is globally connected and, crucially, also includes significant collaboration with island nations and territories at the literal forefront of ocean science (e.g., New Caledonia, Bermuda). However, sub-Saharan contributions, apart from those of South Africa, are minimal. External partnerships are likely required to build or operate the necessary infrastructure for ocean science research. Achieving the SDGs may drive such partnerships.
  • Institutional output in all ocean basins is led by national academies (e.g., Russian, Chinese) or research institutes (e.g., U.S. National Oceanic and Atmospheric Administration [NOAA], British Antarctic Survey), illustrating the highly specialized nature of ocean science and likely reflecting its infrastructure-reliant nature.

Dr. Gali Halevi, Director at the Institute for Scientific Information at Clarivate, said: “At Clarivate we help our customers address some of the world’s most complex challenges. With the fate of the Earth tied so inextricably to the oceans, and given the toll that humans have exacted on the marine environment within a relative handful of decades, the need for detailed scientific scrutiny of our ocean basins has never been more acute. Research must rise to meet the challenges presented by, for example, microplastic pollution and whatever natural or human-made environmental crises might still await. Only with concerted, global commitment will the UN SDGs for the future – oceans that are clean, resilient, predictable, sustainable, not to mention sustaining – stand a chance of accomplishment.”

About Clarivate

Clarivate™ is a global leader in providing solutions to accelerate the pace of innovation. Our bold mission is to help customers solve some of the world’s most complex problems by providing actionable information and insights that reduce the time from new ideas to life-changing inventions in the areas of Academia & Government, Life Sciences & Healthcare, Professional Services and Consumer Goods, Manufacturing & technology. We help customers discover, protect and commercialize their inventions using our trusted subscription and technology-based solutions coupled with deep domain expertise. For more information, please visit clarivate.com.

Media contact:
Rebecca Krahenbuhl
External Communications Manager (Academia & Government)
newsroom@clarivate.com 

Former Australian Prime Minister and Former Alcoa COO Join GlassPoint’s Advisory Board


New advisory board members will help solar steam leader meet the soaring demand for industrial decarbonization

NEW YORK, July 21, 2022 /PRNewswire/ — Today, GlassPoint, the leader in decarbonizing the production of materials essential to the energy transition, announced that the 29th Prime Minister of Australia, Malcolm Turnbull, and the former COO of Alcoa, Tomas Sigurdsson, have joined its Advisory Board. The new Advisory Board members bring a unique mix of global leadership advancing sustainability in industrial operations. They will play a key role in helping GlassPoint bring its category-defining solar steam solution to help a wide range of industries essential to the energy transition achieve net-zero commitments, with a focus on mining, metals and manufacturing.

Malcolm Turnbull is a former Prime Minister of Australia and a notable advocate for clean energy. Before his term as the 29th Prime Minister of Australia, he held a number of parliamentary positions, including Minister for Environment and Water Resources. Before entering parliament in 2004, Mr. Turnbull was a successful trial lawyer and investment banker, where he led his own investment firm and served as a partner of Goldman Sachs.

Tomas Sigurdsson is CEO of HS Orka, Iceland’s leading private renewable energy company. He was formerly COO and executive vice president of Alcoa, the leading producer of aluminum, alumina and bauxite. He was responsible for the daily operations of global assets of the Company’s bauxite, alumina, energy and aluminum segments across geographies. He previously served as president of Alcoa EU and ME.

“Leaders of Malcolm and Tomas’ caliber joining our Advisory Board signifies a massive vote of confidence for GlassPoint,” said Rod MacGregor, CEO and founder of GlassPoint. “Their expertise and deep understanding of industrial market dynamics and clean energy will be invaluable in serving our mission of decarbonizing process heat at scale. I look forward to working with them to meet soaring demand for a proven solution that helps companies achieve net-zero commitments.”

The new advisors join GlassPoint at a time when hard-to-abate industries, like mining and metals, are increasingly seeking ways to cost-effectively reduce carbon emissions and meet net-zero commitments with rapidly approaching deadlines. A recent survey found that one fifth (21%) of the world’s 2,000 largest public companies have committed to meeting net-zero targets. These companies together represent sales of nearly $14 trillion.

“The world can’t meet its net-zero pledges unless industrial players make enormous leaps in decarbonizing operations,” said Turnbull. “Consider that it’s common for large industrial plants to require more energy than many cities, much of which goes to thermal processes. Solutions like GlassPoint, which help hard-to-abate industries reduce emissions up to 80% and are available today, will play a major role in combating climate change.”

“Decarbonizing industrial processes is incredibly challenging and therefore presents an enormous market opportunity,” added Sigurdsson. “GlassPoint is the only proven solution to decarbonize industrial process heat at scale and represents a critical solution for industrial leaders in a range of markets.”

This news comes on the heels of GlassPoint signing a Memorandum of Understanding with  Saudi Arabian Mining Company (MA’ADEN) to develop the world’s largest solar process heat plant at MA’ADEN’s Alumina refinery, a 1.5GWth facility in Ras al Khair, Kingdom of Saudi Arabia.

About GlassPoint
GlassPoint decarbonizes the production of materials essential to the energy transition and makes a substantial impact combating climate change. The company builds, owns and operates large-scale solar steam facilities to reduce carbon emissions in hard-to-abate industries such as mining and metals, chemicals, construction materials, desalination and more. GlassPoint is the only solution proven at scale to reduce carbon emissions from industrial process heat and has built more than half of the solar steam capacity in the world. Learn more at glasspoint.com. To learn more about GlassPoint, visit: https://www.glasspoint.com/

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The 6th WIC kicks off in Tianjin


TIANJIN, China, June 25, 2022 /PRNewswire/ — The online opening ceremony of the 6th World Intelligence Congress (WIC) cum Summit on Innovative Development was held at National Convention & Exhibition Center (Tianjin) on June 24.

The conference hall of the 6th World Intelligence Congress.
The conference hall of the 6th World Intelligence Congress.

Wan Gang, vice chairman of the National Committee of the Chinese People’s Political Consultative Conference (CPPCC) and president of China Association for Science and Technology, delivered a keynote speech at the opening ceremony. Xiao Yaqing, minister of industry and information technology, Li Xiaohong, president of the Chinese Academy of Engineering, and Li Hongzhong, secretary of CPC Tianjin Committee, gave speeches. Zhang Gong, acting mayor of Tianjin, presided over the event.

Wan said China has seen fast development of new-generation artificial intelligence which is characterized by technology integration and function expansion in singular intelligence, multi-source heterogeneous data and connotation extension in swarm intelligence, application scenario-driven interdisciplinary integration and efficient security guarantee. He also said that, after five years’ development, the WIC has become a platform and a bridge that showcase and link the latest outcomes in the global AI community, an iconic event in Tianjin, and a window for a glimpse of China’s AI industry.

Li Hongzhong said Tianjin has been endeavoring to be a pioneer in AI development and made a series of achievements over the past five years, including increasing passion for scientific explorations, enhanced vigor and concentrated resources for innovation, a thriving AI industry and wide application of digital and AI technologies in industries and everyday life. He said Tianjin will spare no effort to build an innovation cluster, make manufacturing a main driver for the city’s development, deepen the reform of the local science and technology management system, and quicken the pace of building a “smart port”.

As a representative of the Guest Country of Honor, Tom Duke, deputy HM trade commissioner for China at the Department for International Trade of British Embassy Beijing, spoke on site. Yuval Waks, deputy chief of mission at the Israel Embassy in China, spoke via video. They both agreed that the success of the WIC has shown that China, especially Tianjin, is demonstrating great strength and playing an important role in the technology-driven world today, and hoped the WIC could help further enhance the ties between China and their countries in science and technology development and trade.

Following the WIC opening ceremony was the Summit on Innovative Development, which was presided over by Gong Ke, former president of World Federation of Engineering Organizations and executive director of the Chinese Institute of New Generation Artificial Intelligence Development Strategies.

Twelve guests delivered speeches on site or via video. Among them are Zhou Ji, honorary chairman of Governing Board of the Chinese Academy of Engineering, Yin Qi, co-founder and CEO of MEGVII, Liu Liehong, chairman of China Unicom, Yang Yuanqing, chairman and CEO of Lenovo, Zeng Yi, director and general manager of China Electronics Corporation, Nabil Habayeb, senior vice president of GE and president and CEO of GE International Markets, Zhou Hongyi, founder of 360 Group, Thomas J. Sargent, winner of the 2011 Nobel Prize in Economic Sciences and a professor of economics and business at New York University, Chen Xudong, general manager of IBM Greater China, Liu Jiren, founding chairman of Neusoft, Wang Yusuo, chairman of ENN Group, and Wang Jian, academician of the Chinese Academy of Engineering and founder of Alibaba Cloud.

Contact: Fan Yingming
Tel: 0086-13702005832
Email: wic@wiccongress.org

People who are watching the opening ceremony of the 6th WIC.
People who are watching the opening ceremony of the 6th WIC.

Jeffrey Sachs Awarded 2022 Tang Prize in Sustainable Development for Leading Transdisciplinary Sustainability Science

TAIPEI, June 18, 2022 /PRNewswire/ — The Tang Prize, an international academic award set up to create a better world for all of humanity, is poised to announce its 2022 laureates in Taipei in four consecutive days starting June 18. In the first press conference held on June 18, the Foundation introduced to the public winner of the 2022 Tang Prize in Sustainable Development: Prof. Jeffrey Sachs. A world-renowned professor in economics who has made great contributions to the establishment and promotion of the UN Sustainable Development Goals (SDGs), Prof. Sachs served as Special Advisor to three UN Secretaries-General, and is currently Director of the Center for Sustainable Development at Columbia University as well as President of the UN Sustainable Development Solutions Network (SDSN). He is awarded for “leading transdisciplinary sustainability science and creating the multilateral movement for its applications from village to nation and to the world,” according to the selection committee’s citation.  

the public winner of the 2022 Tang Prize in Sustainable Development: Prof. Jeffrey Sachs
the public winner of the 2022 Tang Prize in Sustainable Development: Prof. Jeffrey Sachs

At the moment, mankind as a whole is confronted with many tough challenges, including environmental pollution, extreme weather events, energy crisis, the shock to our physical, social and economic wellbeing caused by the COVID-19 pandemic, and food shortages and raging inflation exacerbated by the regional confrontation. As an eminent economist of international distinction, Prof. Sachs has conducted ground-breaking research in many areas, such as debt crises, hyperinflations, transition from central planning to market economies, and eradication of extreme poverty. Moreover, when addressing complex issues related to global sustainable development, he combined the fields of global economics, public health, equity and sustainability to pioneer a multidisciplinary approach to solving these problems, transforming sustainable development into an integrated field of study and practice. His outstanding scholarship, advice to world leaders, educational innovation, and efforts in the global advocacy and realization of sustainable development have proven him to be a true leader of great vision, of profound influence, and imbued with deep humanistic concern.

With regard to the innovative transdisciplinary approach Prof. Sachs pioneered, an example can be found in his engagement with the Millennium Project, which he chaired on behalf of UN Secretary-General Kofi Annan from 2002 to 2006. He was tasked with developing a concrete action plan to attain the eight Millennium Development Goals (MDGs)[i], and he demonstrated how it can be done by using best practices in science, technology, and public policy. Moreover, Prof. Sachs was also in charge of the UN Millennium Village Project (MVP), which was implemented from 2006-2015 after the UN General Assembly adopted the key recommendations of the Millennium Project at a special session in September 2005. The MVP aimed to help rural Africa and was carried out in ten countries including Senegal, Nigeria, and Ethiopia. During these ten years, a range of notable successes were achieved, from raising agricultural production to reducing child stunting, and cutting child mortality rates. Lives of more than half a million people were changed as a consequence. Its key concepts of integrating rural development to achieve the MDGs are now being adopted by many other countries to help support national anti-poverty programs.   

With regard to promoting the UN SDGs[ii], Prof. Sachs began his engagement from their very inception when the idea was first broached at the “Rio+20” conference in June 2012 and offered his help based on this experience of implementing MDGs. The SDGs are the blueprint for creating a more sustainable future for all. They address many global challenges we face, including poverty, inequality, climate change, and environmental degradation. To overcome these problems, 17 goals, such as “no poverty,” “good health and well-being,” “reduced inequalities,” “climate action,” and “life below water” have been set. They are subdivided into 169 targets and 232 indicators to measure and track the global progress toward these goals. Prof. Sachs’ fruitful pursuit of the MDGs, and his tireless work in front of and behind the scenes at Rio+20 made an important contribution in persuading nations to forge a consensus on adopting the 17 SDGs as the successor to the MDGs.

To promote the SDGs, also in 2012, Prof. Sachs led a global consortium of universities and think tanks under the auspices of then UN Secretary-General Ban Ki-moon to establish the Sustainable Development Solutions Network (SDSN), which functions as the largest global knowledge-based think tank to help countries achieve the SDGs. The SDSN has produced many highly influential reports, conducted academic studies, offered online courses, and held hundreds of SDG-related meetings around the world each year. The SDSN now has over 1600 member institutions in 47 networks across 137 countries.   

With regard to combating anthropogenic climate change, Prof. Sachs saw the crucial importance of a long-term policy framework for climate control. He headed a global study on “deep decarbonization” which resulted in the highly influential “Pathways to Deep Decarbonization” report. The report lays out concrete and viable plans regarding issues like energy transition, industrial transformation, technological innovation, and governance mechanisms to enable 15 major carbon emitters to achieve deep decarbonization. Presented to Ban Ki-moon in September 2014, the report demonstrates how, during the decades leading to 2050, these 15 countries can find their own pathways to decarbonization that are compatible with their economic growth targets and technically feasible. Subsequently, many countries have taken on board this idea and designed their deep decarbonization pathways.           

Prof. Sachs’ participation in the promotion of the Paris Agreement has been equally vital. He has long helped to formulate core policy concepts for global climate control as a scholar and an academic leader. During the intensive phase of negotiating the Agreement, he worked behind the scenes with France, the US, and many other governments to support the design and adoption of the Paris Agreement. The SDGs and the Paris Agreement on Climate Change have been hailed as the two essential pillars for the world to achieve sustainable development, and Prof. Sachs has played a unique role in both.

With regard to offering suggestions to leaders of different countries, as one of the world’s leading experts on economic development, global macroeconomics, and the fight against poverty, Prof. Sachs has advised many heads of states and governments on complex economic challenges, including ending high inflations (Bolivia, Peru, Poland), negotiating debt relief (Bolivia, Brazil, Poland, and others), adopting market economic reforms (Poland, Russia), introducing new national currencies (Estonia, Slovenia), promoting regional development (China), and scaling up health systems (Ethiopia, Ghana, India, and many others). He has been awarded by several countries their highest honors for his board-based support of their economic reforms.

[i] The 8 MDGs are: 1. Eradicate extreme poverty and hunger. 2. Achieve universal primary education. 3. Promote gender equality and empower women. 4. Reduce child mortality. 5. Improve mental health. 6.Combat HIV/AIDS, malaria, and other diseases. 7. Ensure environmental sustainability. 8. Develop a global partnership for development.  

[ii] The 17 SDGs are: 1. No poverty. 2. Zero hunger. 3. Good health and well-being. 4. Quality education. 5. Gender equality. 6. Clean water and sanitation. 7. Affordable and clean energy. 8. Decent work and economic growth. 9. Industry, innovation, and infrastructure. 10. Reduced inequalities. 11. Sustainable cities and communities. 12. Responsible consumption and production. 13. Climate action. 14. Life below water. 15. Life on land. 16. Peace, justice and strong institutions. 17. Partnerships for the goals.

About Jeffrey Sachs

Born in Detroit, Michigan in 1954, Jeffrey Sachs got his BA, MA and PhD degrees in economics from Harvard University. He joined the Harvard faculty in 1980s. In less than four years’ time became a Professor of Economics with tenure at Harvard. He served as Director of the Center for Sustainable Development in the Earth Institute of Columbia University and Special Advisor to three UN Secretaries-General. He is a recipient of numerous awards and honors, including the Knight of the National Order of the Legion of Honor (by decree of the president of the French Republic), the Sustainable Development Leadership Award from India’s TERI (The Energy and Resources Institute), and Japan’s Blue Planet Award. He has also received 38 honorary degrees from universities all over the world. The papers and books he has published number in the hundreds, including three New York Times bestsellers: The End of Poverty, Common Wealth: Economics for a Crowded Planet, and The Price of Civilization: Reawakening American Virtue and Prosperity     

About the Tang Prize

Since the advent of globalization, mankind has been able to enjoy the convenience brought forth by the advancement of human civilization and science. Yet a multitude of challenges, such as climate change, the emergence of new infectious diseases, wealth gap, and moral degradation, have surfaced along the way. Against this backdrop, Dr. Samuel Yin established the Tang Prize in December 2012. It consists of four award categories, namely Sustainable Development, Biopharmaceutical Science, Sinology, and Rule of Law. Every other year, four independent and professional selection committees, comprising many internationally renowned experts, scholars, and Nobel winners, choose as Tang Prize laureates people who have influenced and made substantive contributions to the world, regardless of ethnicity, nationality or gender. A cash prize of NT$50 million (approx. US$1.7 million) is allocated to each category, with NT$10 million (approx. US$ 0.35 million) of it being a research grant intended to encourage professionals in every field to examine mankind’s most urgent needs in the 21st century, and become leading forces in the development of human society through their outstanding research outcomes and active civic engagement.

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Bechtel launches second round of STEM Returners program


Career-break engineers helping to shape team performance

BRISBANE, Australia, June 17, 2022 /PRNewswire/ — Bechtel announced today launch of second intake of STEM returners at their Australia offices in Brisbane and Perth following the success of the pilot program in 2021.

The new intake will open in July for senior engineers from the areas of mechanical, electrical, civil, environmental engineering returning to the mining sector after a career break.

The program, facilitated by STEM Returners Australia, allows employers to attract candidates from a new talent pool and gives candidates a supported route back to their career.

“There is an untapped group of highly skilled and motivated engineers that struggle to re-enter the workforce after taking a break from their careers,” said Leigh Carter, general manager Australia for Bechtel’s Mining and Metals business. “Through the STEM Returners program, we can continue to grow the diversity in our team dynamic which improves our ability to better problem solve and innovate because of the experiences these STEM professionals bring to the team.”

“Only by partnering with industry leaders who share our desire to change outdated recruitment practices will we make the vital improvements needed to help those who are finding it challenging to return to the sector and improve diversity and inclusion,” said Marcail Roe, director of STEM Returners Australia. “Our program gives candidates a supported route back to their career while also providing employers with talented professionals.” 

The structured placement program includes hybrid working arrangements and provides additional support which includes coaching and mentoring, and access to a wider support network from Bechtel and STEM Returners Australia. Find out more on our blog.

About Bechtel

Bechtel is a trusted engineering, construction and project management partner to industry and government. Differentiated by the quality of our people and our relentless drive to deliver the most successful outcomes, we align our capabilities to our customers’ objectives to create a lasting positive impact. Since 1898, we have helped customers complete more than 25,000 projects in 160 countries on all seven continents that have created jobs, grown economies, improved the resiliency of the world’s infrastructure, increased access to energy, resources, and vital services, and made the world a safer, cleaner place. 

Bechtel serves the Energy; Infrastructure; Manufacturing & Technology, Mining & Metals; and Nuclear, Security & Environmental markets. Our services span from initial planning and investment, through start-up and operations. www.bechtel.com 

Media contact:
Mat Ovenden
T : +6-402 061 611
Email: movenden@bechtel.com 

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Turnitin and Japanese Science and Technology Agency announce content partnership

TOKYO, May 10, 2022 /PRNewswire/ — Turnitin—a leading provider of academic integrity and assessment solutions—and Japanese Science and Technology Agency (JST)—a government agency responsible for implementing science and technology policy in Japan——announced their content partnership. 

Japan Link Center (JaLC), J-STAGE, and Turnitin team up to uphold research integrity
Japan Link Center (JaLC), J-STAGE, and Turnitin team up to uphold research integrity

The partnership aims to provide the academic and research community with a comprehensive Japanese content database to cross-check new academic content for potential plagiarism, originality, and authorship. The Japan Link Center (JaLC)—Japan’s Digital Object Identifier (DOI) registration service for academic content, which JST serves as a secretariat—and JST’s online academic journal J-STAGE are contributing Japanese academic content to Turnitin’s secure and extensive scholarly database.

Turnitin’s content database helps researchers and publishers surface potential plagiarism by uploading and comparing submissions against more than 82 million scholarly articles provided and owned by the world’s premier academic publishers.

Content contributed to Turnitin by JaLC and J-STAGE includes: 1) JaLC content derived from member institutions that use Turnitin plagiarism prevention software and have had their contents’ DOIs registered through JaLC, and 2) J-STAGE content whose DOIs have been registered through JaLC. Already, over 2.6 million pieces of Japanese academic content have been added to the Turnitin database from J-STAGE.

“In October 2020, Turnitin established a Japanese entity in response to growing domestic demand from academic institutions,” said Turnitin North East Asia Regional Director Betsy Matsunaga. “This partnership further exemplifies the Japanese education and research community’s commitment to academic integrity. We look forward to working with the Japan Science and Technology Agency to help ensure the integrity of academic research.”

“We have received many requests from Japan Link Center members and other academic institutions in Japan to use plagiarism checking, especially for Japanese content,” said Japan Link Center Steering Committee Vice Chair Ritsuko Nakajima. “We felt it necessary to respond to this request. We are very pleased to be able to offer plagiarism prevention services to Japan Link Center member institutions through this partnership. We hope that this initiative will help improve research integrity in Japan and promote the distribution of academic content originating from Japan.”

Turnitin Japan media contact
Motoki Endo, mendo@turnitin.com

About Japan Link Center
Japan Link Center (JaLC) centrally manages bibliography and location information of academic content—such as articles, books, data, dissertations, reports, e-learning, and more—in Japan. It is a system to register a Digital Object Identifier (DOI). It was certified by the DOI Foundation on March 15, 2012 as the ninth DOI registration body in the world and the only one in Japan. JaLC also collects and manages bibliographic information related to the content when registering DOIs. JaLC is jointly operated by the Japan Science and Technology Agency, the National Institute for Materials Science, the National Institute of Informatics, and the National Diet Library.

About Japan Science and Technology Agency
Japan Science and Technology Agency (JST) is an organization that plays a central role in the Science and Technology Basic Plan. Based on the goals set by the government, JST comprehensively implements a variety of projects to promote science and technology and solve social issues, including basic research, fundamental research and development, support for commercialization of new technologies, distribution of scientific and technological information, and more recently, promotion of international joint research and development of next-generation human resources. As part of the distribution of scientific and technological information, JST operates the electronic journal platform J-STAGE and serves as the secretariat of the domestic Digital Object Identifier registration organization Japan Link Center.

About Turnitin
Turnitin is a global company dedicated to ensuring the integrity of education and meaningfully improving learning outcomes. For more than 20 years, Turnitin has partnered with educational institutions to promote honesty, consistency, and fairness across all subject areas and assessment types. Turnitin products are used by educational institutions and certification and licensing programs to uphold integrity and increase learning performance, and by students and professionals to do their best, original work.

Turnitin has offices in Australia, India, Indonesia, Japan, Korea, Mexico, the Netherlands, the Philippines, Ukraine, the United Kingdom, and the United States. Over 16,000 academic institutions, publishers, and corporations use Turnitin services: Gradescope by Turnitin, iThenticate, Turnitin Feedback Studio, Turnitin Originality, Turnitin Similarity, ExamSoft,  ProctorExam, and Ouriginal.

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Panoramic Atlases of Life Published in Cell Mark Establishment of SpatioTemporal Omics Consortium

STOC launches with more than 80 scientists joining globally, focused on obtaining the greatest scientific benefits from spatially resolved transcriptomics technology; first studies use BGI-Research’s Stereo-seq to produce spatiotemporal cellular maps of mice, Drosophila, zebrafish, and Arabidopsis

SHENZHEN, China, May 5, 2022 /PRNewswire/ — Scientists from 16 countries today announced the establishment of the SpatioTemporal Omics Consortium (STOC), an open scientific community focused on using spatially resolved cellular resolution omics technology to map and understand life. Their first studies resulted in state-of-the-art panoramic spatial atlases of life, published in Cell and Developmental Cell on May 4.

Over 80 scientists from Harvard University, Oxford University, MIT, University of Cambridge, the Karolinska Institutet, the University of Western Australia, the Genome Institute of Singapore, BGI-Research, among others, are collaborating as part of STOC. Members of the research group who produced the panoramic atlases used a new enabling technology Stereo-seq, developed by BGI-Research, to produce the most insightful spatiotemporal cellular maps to date of mice, small fruit flies (Drosophila), zebrafish, and the Arabidopsis plant, making a breakthrough in resolution and panoramic field of view and enabling analysis of the distribution and placement of molecules and cells in situ, and over time.

Identifying the characteristics of specific cells within a tissue has significant applications for understanding physiology, how organisms develop, and which cells are causes or indicators of disease, potentially leading to future gains in human disease research. These lay an important foundation for STOC’s research initiatives, which aim to create diverse sets of spatiotemporal atlases to broaden our knowledge of disease treatment, organ structures, development and aging, and to improve our understanding of biological evolution.

“In the last few years, there has been a lot of progress of mapping the genome and transcriptome in single cells. But this has been without the context of the spatial aspect of neighbourhoods of cells, ecosystem of cells, and therefore there is a whole layer of information that has been missing, which I think will now become accessible. That will have a major impact on both basic and translational research,” says Berthold Göttgens, Director of the Wellcome-MRC Cambridge Stem Cell Institute, University of Cambridge, and a Member of STOC.

The transformational aspects of spatiotemporal omics for scientific research are captured in the goals of the STOC, as Weibin Liu, STOC Organizing Committee Member, explains.

“The panoramic atlases published late yesterday are the first steps toward the Consortium’s vision of revolutionizing humanity’s understanding of mind and body, youth and old age, health and illness, the origin and future of the human race, and the rest of the living world, for that matter,” says Liu. “They lay the groundwork for multiple atlases the Consortium could complete together, and they validate approaches for creating other spatiotemporal atlases.”

“Because of the magnitude of such endeavors, they require nothing short of a concerted global effort, across multiple disciplines from science to engineering to mathematics, and across diverse stakeholders from medicine to industry to funders. Together with our 80+ members so far, we will work to chart the way forward, to build new tools and competencies, to share resources and results, to map and solve the unknown,” he adds

The SpatioTemporal Omics Consortium (STOC) is an open, collaborative research initiative established to unite, organize, advance and share global scientific efforts in spatiotemporal omics to solve the mysteries of life. More information about STOC can be found at www.sto-consortium.org .

Kakao Brain Unveils Efficient Text-to-Image Generator, RQ-Transformer, on GitHub

  • Doubled the sampling speed compared to company’s ‘minDALL-E’ model
  • Achieved enhanced quality and faster sampling speed by configuring high-resolution images as low-resolution 3D tensors
  • Technology to be presented at global computer vision conference, CVPR 2022

SEOUL, South Korea , April 20, 2022 /PRNewswire/ — Kakao Brain has announced that it published its advanced text-to-image generator Residual-Quantized (RQ) Transformer on open-source community GitHub[1] in late March. RQ-Transformer, the text-to-image AI technology comprised of 3.9 billion parameters and 30 million text-image pairs, significantly improves the quality of generated images while reducing computational costs and achieving a sampling speed that exceeds every other text-to-image generator available worldwide.

RQ-Transformer successfully addresses the high computational costs and slow image generation of existing models. By primarily leveraging the residual quantization technique, which uses a fixed size of codebook to recursively quantize the feature map in a coarse-to-fine manner instead of simply increasing codebook size, RQ-Transformer is able to learn more information in a shorter period of time.

Boasting the highest number of parameters with 3.9 billion in Korea as well as the fastest sampling speed among Kakao Brain’s text-to-image AI models, RQ-Transformer outperforms the 1.4-billion-parameter minDALL-E, another open-source text-to-image model created by Kakao Brain, with double the sampling speed.

RQ-Transformer can understand text combinations it sees for the first time and create a corresponding image. Sample images generated on the text condition, ‘the Eiffel Tower in the desert,’ are shown below:

Sample images generated on the text condition, ‘the Eiffel Tower in the desert'
Sample images generated on the text condition, ‘the Eiffel Tower in the desert’

RQ-Transformer is just the beginning of Kakao Brain’s technology as it puts forward the fundamental technology that enables rapid image generation while maintaining cutting-edge performance. With this technology as its cornerstone, Kakao Brain plans to strengthen this model and improve the quality of images generated via computer programs, learn more data with greater cost-effectiveness, and build technologies that go beyond simply generating images on fed information to help humans visualize the ideas in their head on screen.

Recognized for its all-around superior approach, the text-to-image technology was selected to be presented at CVPR 2022,[2] an annual global computer vision conference which will be held in June this year. To uphold a high standard in its technologies, Kakao Brain’s Generative Model (GM) Team, in charge of the research & development (R&D) of image generation models, will continue to finetune this model in the pursuit of even more sophisticated images and faster sampling speeds.

“The computer generating images based on human commands signifies the tech’s ability to distinguish and understand the intention behind the demand,” said Kim Il-doo, CEO of Kakao Brain. “We’re incredibly excited to see where this research leads us, and we believe that this revolutionary AI model marks the beginning of the journey to a future where humans and computers can communicate freely.”

More information on RQ-Transformer is available on GitHub at https://github.com/kakaobrain/rq-vae-transformer.

About Kakao Brain

Kakao Brain is a world-leading AI company boasting unparalleled AI technologies and research & development networks. The company was established by Kakao in 2017 to solve some of the globe’s biggest ‘unthinkable questions’ with solutions enabled by its lifestyle-transforming AI technologies. Constantly driving innovation in the world of technology, Kakao Brain has developed numerous groundbreaking AI services and models designed to enhance quality of life for thousands of people, including minDALL-E, KoGPT, CLIP/ALIGN, and RQ-Transformer. As a global pioneer of AI, Kakao Brain has the responsibility of fostering a vibrant tech community and robust R&D ecosystem as it carries out its mission to form new tech markets with endless potential. For more information, visit https://KakaoBrain.com/.

[1] GitHub provides internet hosting for software development and is mostly used to host open-source projects. As of November 2021, GitHub is the largest source code host with over 73 million developers and 200 million repositories.

[2] CVPR (Conference on Computer Vision and Pattern Recognition), co-sponsored by Institute of Electrical and Electronics Engineers (IEEE) and The Computer Vision Foundation (CVF) since 1983, is regarded as one of the most acknowledged annual conferences in the computer vision sector, along with European Conference on Computer Vision (ECCV) and International Conference on Computer Vision (ICCV).

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TopEdit and Turnitin partner to support research publication integrity in China

TopEdit, a provider of academic editing and publication support services to Chinese researchers, becomes an official partner of Turnitin’s plagiarism prevention service, iThenticate, in China.

SHANGHAI, April 19, 2022 /PRNewswire/ — Today, TopEdit—a provider of academic editing and publication support services for researchers in China—and Turnitin—a global provider of academic and research integrity solutions for universities, corporations, and publishers—announced their official partnership. As an authorized Turnitin partner in China, TopEdit now offers text similarity detection services to researchers and academics in China.

A global Turnitin product, iThenticate is a premier text similarity detection tool for researchers, publishers, editors, and writers to check their works for potential plagiarism. The iThenticate platform can check for text similarity between 176 languages, including simplified and traditional Chinese. With the new partnership between Turnitin and TopEdit, iThenticate will now also be available directly via TopEdit.

The partnership allows researchers using TopEdit’s services in China to receive comprehensive publication assistance, including proofreading, editing, translation, and text similarity detection. By adding Turnitin’s iThenticate to its service offerings, TopEdit now provides the necessary tool to further guard research work against accidental plagiarism and citation mistakes—protecting institutional and individual reputations and integrity.

The collaboration between TopEdit and Turnitin reflects the complementary missions of the two companies—to further advance global research and education through original and innovative research publication. 

“Sharing information through reputable journals is a critical step to progress society; sharing information in a local language is a critical step to inclusivity,” says Turnitin VP of Alliances Todd Baker. “With TopEdit as an official partner for Turnitin’s iThenticate in China, researchers and academics can be confident in the originality and integrity of their publications and information-sharing. We are proud to be a resource for the Chinese research community and their important work.”

“The partnership between Turnitin and TopEdit will help advance the contributions of Chinese researchers, scientists, and academics in their areas of expertise by helping them navigate the publication process correctly and successfully,” says TopEdit CEO and founder Ning Zhang. “TopEdit helps non-English speaking authors meet the highest standards of publication in scholarly journals. By adding iThenticate to our service offering, TopEdit is now able to provide researchers and academics with a text similarity detection tool—that is used by the world’s biggest publishers—in their local language. This is a significant step towards non-English accessibility to quality research tools.” 

The partnership will support thousands of Chinese researchers with their publications in English-speaking academic and professional journals.

Media contact
press@turnitin.com

APAC partners contact
Manushree Bahukhandi, MBahukhandi@turnitin.com

About TopEdit

TopEdit is one of the industry’s leading academic editing and author services providers. Since its establishment in Washington, DC, in 2015, TopEdit has edited more than 100,000 manuscripts and helped its customers to improve their manuscript acceptance rates by more than 61%. TopEdit’s services include academic editing, translation, journal recommendation, publication support, personalized consultancy, and educational training. To ensure that authors receive personalized, professional assistance, TopEdit’s more than 3,000 academic editors are highly experienced and hold advanced academic degrees. The company specializes in a wide variety of professional fields, including clinical medicine, basic medicine, biology, chemistry, geosciences, physics, engineering machinery, humanities, and social sciences. TopEdit has partnerships with major publishing organizations and prestigious academic institutions in China and abroad to provide researchers with up-to-date, high-quality assistance in their publishing journey.

About Turnitin

Turnitin is a global company dedicated to ensuring the integrity of education and meaningfully improving learning outcomes. For more than 20 years, Turnitin has partnered with educational institutions to promote honesty, consistency, and fairness across all subject areas and assessment types. Turnitin products are used by educational institutions and certification and licensing programs to uphold integrity and increase learning performance, and by students and professionals to do their best, original work.

Turnitin has offices in Australia, Germany, India, Indonesia, Japan, Korea, Mexico, the Netherlands, the Philippines, Sweden, Ukraine, the United Kingdom, and the United States. Over 16,000 academic institutions, publishers, and corporations use Turnitin services: Gradescope by Turnitin, iThenticate, Turnitin Feedback Studio, Turnitin Originality, Turnitin Similarity, ExamSoft, ProctorExam, and Ouriginal.