Tag Archives: STM

PR Newswire

The 5th World Intelligence Congress kicks off in Tianjin with dazzling cutting-edge technologies

Leave a comment

TIANJIN, China, May 21, 2021 — The 5th World Intelligence Congress (WIC), themed "New Era of Intelligence: Empowering New Development, Fostering New Pattern", kicked off at Meijiang Convention and Exhibition Center, Tianjin on May 20. 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. Li Hongzhong, Secretary of CPC Tianjin Committee, Desmond Lee, National Development Minister of Singapore, Kizo Hisamoto, Mayor of Kobe, Japan, and Li Xiaohong, president of the Chinese Academy of Engineering, gave speeches, and Liao Guoxun, Mayor of Tianjin, presided over the opening ceremony.

The site of the 5th World Intelligence Congress.
The site of the 5th World Intelligence Congress.

Wan Gang said Tianjin has been making strategic deployment in recent years to facilitate concentration of high-end resources and increase application scenarios for the purpose of propelling a boom of the new-generation artificial intelligence industry and making smart technology part of the daily life for the convenience of the local citizens. He hoped Chinese scientists, entrepreneurs and management professionals in the AI sector could enhance multi-disciplinary and multi-field exchanges and cooperation with peers in other countries to make international cooperation a link under the country’s "dual circulation" economic development strategy.

Li Hongzhong said Tianjin will make efforts to improve the science and technology innovation capacity and become a pioneer in AI development. Tianjin will give full play to the leading role of enterprises in innovation, supporting them to make fundamental researches and researches for application purposes and seek breakthroughs in key technologies. The city will also accelerate construction of intelligent infrastructure to drive development of manufacturing and further modernize local industry chains and supply chains. It strives to set up a new ecosystem for development of intelligent technology as well as takes the initiative to tap into the global innovation network to strengthen cooperation with global partners in R&D, industrial development and projects.

Desmond Lee and Kizo Hisamoto hoped the event would allow more countries and cities to acquire a better understanding of AI so that they could enhance support for entrepreneurial activities related to AI and IT and use innovative technology to improve urban life.

It is learnt that the 5th WIC includes 18 parallel forums and 12 enterprise-led theme forums revolving around a list of hot topics such as prospects of intelligent technology industry, in-depth cooperation in intelligent technology projects, and AI, smart manufacturing, digital economy and smart cities. It also includes a 48,000-square-meter intelligent technology, and five competitions.

Thanks to the country’s success in containing Covid-19, the exhibition was rebooted. A total of 241 enterprises and organizations are showcasing their products and technologies. Among them are 24 research and academic organizations such as Chinese Academy of Sciences, National Supercomputer Center and Nankai University, 45 of Fortune 500 and China’s Top 500 enterprises, including Huawei, Tencent, CEC, CRRC Corporation Limited and Alibaba, and also a number of Tianjin-based enterprises like Didi Chuxing, 360 Security and Tianjin Port (Group) Co Ltd, and foreign enterprises like Tesla Motors and Panasonic.

In addition, there is the pavilion of Singapore, the Guest Country of Honor at the event, and that of Kobe, the Guest City of Honor.

Statistics show that more than 200 projects with total investment of RMB100 billion are expected to be signed during the event. The investment of domestic-funded projects are anticipated to exceed RMB80 billion, and about 80% of the projects will be new tech and new business projects from Beijing and Hebei province; the investment of 21 foreign-invested projects will reach US$2.422 billion.

 

Contact: Fan Yingming
Tel: 13702005832  
Email: fym@wicongress.org

 

Photo – https://techent.tv/wp-content/uploads/2021/05/the-5th-world-intelligence-congress-kicks-off-in-tianjin-with-dazzling-cutting-edge-technologies-3.jpg  
Photo – https://techent.tv/wp-content/uploads/2021/05/the-5th-world-intelligence-congress-kicks-off-in-tianjin-with-dazzling-cutting-edge-technologies.jpg
Logo – https://techent.tv/wp-content/uploads/2021/05/the-5th-world-intelligence-congress-kicks-off-in-tianjin-with-dazzling-cutting-edge-technologies-2.jpg

 

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, delivers a keynote speech.
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, delivers a keynote speech.

 

 

PR Newswire

Emeritus Expands into K12 through Acquisition of iD Tech Bringing Equitable STEM Education to Adults and Youth Globally

Leave a comment

The companies will bring expert instruction in STEM fields to individuals worldwide, with a shared goal of bridging the STEM opportunity gap

SINGAPORE and MUMBAI, India, May 20, 2021 — Emeritus, the global leader in making high-quality education accessible and affordable to individuals, companies, and governments around the world, announced today a definitive agreement to acquire iD Tech, the world leader in youth STEM education for $200 million. The acquisition, which is being made through Emeritus’ parent company Eruditus, marks Emeritus’ expansion into K12 STEM education, as the company grows to prepare individuals of all ages to succeed in the workforce, and positions Emeritus as one of the largest and fastest growing skilling platforms. Upon the closing of the transaction, iD Tech will operate independently, maintaining its all-star team of instructors and employees. Emeritus and iD Tech’s distinct, yet highly complementary, offerings will be scaled to support a global audience with improved learning experiences.

STEM career opportunities are projected to grow exponentially, with an estimated 3.5 million jobs in the U.S. alone that need to be filled by 2025. With offerings from both companies in coding, math, game development, robotics and more, Emeritus and iD Tech are positioned to make STEM learning more accessible, paving the way for brighter futures in STEM occupations.

"Emeritus is in the business of teaching the skills of the future like AR/VR, artificial intelligence, cybersecurity, software engineering, design thinking and leadership to professionals," said Ashwin Damera, co-founder and CEO, pointing to the company’s more than 200 short courses, online degree programs, boot camps and CXO programs offered in collaboration with more than 50 of the world’s top universities. "We believe that proficiency and mastery of these skills should begin in K12, and that iD Tech will be instrumental as we jointly pursue our goal of closing STEM skills gaps globally. Their long-term learning system is a perfect complement to what we offer adult learners and will allow us to create a formidable life-long learning ecosystem. Moreover, as a female founded family company, with strong DEI initiatives and a mission-driven culture, the iD Tech team is inspiring and we’re excited to be working together."

Pete Ingram-Cauchi, CEO of iD Tech, echoed these sentiments, noting that "more and more kids are experiencing STEM touchpoints in their daily lives, whether it’s coding in their favorite video games or 3D printing mask extenders. The pandemic accelerated interest in STEM fields, and we have been ecstatic to see more interested learners exploring and mastering this space. Both iD Tech and Emeritus share the belief that such offerings will only continue to grow in interest, and we are confident that we can open access for people everywhere to our courses and instructors."

Damera explained that Emeritus’ global reach — its university partnerships and corporate clients span North and South America, Europe, the Middle East, Asia and Southeast Asia, and 3x growth in emerging markets — combined with the fact that iD Tech has students from 135 countries and all 50 states in the US, makes for an unprecedented life-long learning proposition for students and professionals worldwide. It positions individuals for success, starting in elementary school and continuing throughout their professional careers. Students are supported and inspired by iD Tech’s programs with 97% of students going on to attend a four-year college (nine out of 10 of whom study STEM), and 90% saying that iD Tech impacted their long-term goals. 

Emeritus and iD Tech share a pedagogical approach rooted in positive learner outcomes. Whether delivered online or in-person, learning programs from both companies are recognized for their innovative content, hands-on instruction and mentoring initiatives, and their accessibility and affordability. While virtual courses are the present focus, both companies will also continue to expand their in-person programs, many taking place at top universities, in the US and globally in 2022.

About Emeritus
Emeritus is committed to teaching the skills of the future by making high-quality education accessible and affordable to individuals, companies, and governments around the world. It does this by collaborating with more than 50 top-tier universities across the United States, Europe, Latin America, Southeast Asia, India and China.  Emeritus’ short courses, degree programs, boot camps, and senior executive programs help individuals learn new skills and transform their lives, companies and organizations.  Its unique model of state-of-the-art technology, curriculum innovation, and hands-on instruction from senior faculty, mentors and coaches educates more than 100,000 students per year across 80 countries. Founded in 2015, Emeritus, part of Eruditus Learning Solutions has more than 1,000 employees globally and offices in Mumbai, New Delhi, Shanghai, Singapore, Palo Alto, Mexico City, New York, Boston, London, and Dubai. The company has raised over $160 million in capital and is backed by the Chan Zuckerberg Initiative, Sequoia India, Leeds Illuminate, and Prosus Ventures. Learn more at Emeritus.org and Emeritus LinkedIn.

About iD Tech
iD Tech is the world leader in youth STEM education and believes that all students deserve quality tech education. The family company was founded by a mother-daughter duo over 20 years ago in Silicon Valley and operates year-round online programs, in addition to summer camps at more than 150 top universities worldwide. Course topics include coding, 3D modeling, artificial intelligence, robotics, and game design. iD Tech is dedicated to bridging the digital divide and is committed to gender diversity. Since its inception, iD Tech has donated more than $6 million in life-changing educational experiences to underrepresented communities. For more information, visit www.iDTech.com.

Logo – https://techent.tv/wp-content/uploads/2021/05/emeritus-expands-into-k12-through-acquisition-of-id-tech-bringing-equitable-stem-education-to-adults-and-youth-globally.jpg

Related Links :

https://emeritus.org

PR Newswire

PMB and CEA Announce the Commissioning of iMiGiNE at Frederic Joliot Hospital (Orsay), Paving the Way for Next Generation Molecular Imaging Diagnostics

Leave a comment

PEYNIER, France, May 12, 2021 — An automated radiopharmaceutical production system iMiGiNE has been installed in Frederic Joliot Hospital (CEA) in Orsay, France and commissioned in December 2020. This disruptive system will revolutionize the radiopharmaceutical production, access and distribution. iMiGiNE will allow clinical centers to directly access disease-specific radiopharmaceuticals, otherwise rarely available, and take a first step towards personalized molecular imaging.

To view the Multimedia News Release, please click: 
https://www.multivu.com/players/uk/8894551-imigine-a-paradigm-shift-in-the-production-of-radiopharmaceuticals/

jwplayer.key=”3Fznr2BGJZtpwZmA+81lm048ks6+0NjLXyDdsO2YkfE=”
 

jwplayer(‘myplayer1’).setup({file: ‘https://www.youtube.com/watch?v=jOYvDZX-3Rc’, image: ‘http://www.prnasia.com/video_capture/3370122_AE70122_1.jpg’, autostart:’false’, aspectratio: ’16:9′, stretching : ‘fill’, width: ‘600’, height: ‘338’});

A shift in paradigm: microfluidic syntheses

iMiGiNE uses groundbreaking technology to produce radiopharmaceuticals: a single-use lab-on-a-chip device, with onboard precursors and solvents. Offering lower volumes and higher yields, this versatile microfluidic cassette can be used for process or tracer development as well as the production of single doses or small batches. It is integrated in a radiosynthesis box, a closed system to prevent cross contamination, operated by a robotized arm, and controlled through a supervision software.

An automated manufacturing process, from radiopharmaceutical selection to a filled syringe

iMiGiNE combines a cyclotron equipped with a superconducting magnet, making it more stable and compact, and a robotized radiochemistry to produce the selected radiopharmaceutical. Operated through a user-friendly supervision software, the cyclotron produces the selected radioisotope, which is then transferred to the radiochemistry for radiolabeling.

Unlocking the full potential of precision medicine

Only a few of more than a hundred molecules of clinical interest are used today in routine PET imaging. Why? Cumbersome processes and infrastructures, and costly manufacturing operations. Additionally, the use of some radioisotopes with a short half-life is challenging for smaller centers (110 min for 18F and only 20 min for 11C). iMiGiNE can break those barriers by relocating the production of radiopharmaceuticals close to the patient, and ultimately improving patient care. 

About PMB

PMB is a human-sized company located near Aix-en-Provence, in the south of France, specialized in the design and manufacture of complex particle accelerators systems for Medical, Research, Nuclear, Defense and Industry applications.

Historically, PMB started with the specialty of assembling dissimilar materials such as metals and ceramics. Since 2010, we have developed complex systems integrating particle accelerators. Among others, an automated system that produces in-house PET radiopharmaceuticals and linear accelerators for non-destructive testing (high-energy radiography), and radiotherapy. PMB is part of the French industrial group ALCEN.

About CEA

The CEA is a key player in research, development and innovation in four main areas: energy transition, digital transition, technology for the medicine of the future and defense and security. The CEA carries out fundamental research in the fields of Biotechnology and Health, the Physical Sciences, Earth Sciences and Astronomy, Physics and Nanoscience. Its core objectives are the production and publication of knowledge and expertise at the highest international level. In 2019, nearly 3,800 scientific papers were published by CEA researchers, three-quarters of which were the result of international collaboration. The CEA draws on all this knowledge to carry out its other activities. 

For more information about PMB and CEA, please visit www.pmb-alcen.com / www.cea.fr

Additional information about iMiGiNE can be found at www.imigine.com or follow PMB-Alcen on LinkedIn. 

PET Radiopharmaceutical Development & Production
PET Radiopharmaceutical Development & Production

 

 

Contact:
Fatine Slaoui
contact@pmb-alcen.com
+33 4 42 53 13 13

 

Related Links :

https://www.pmb-alcen.com/

PR Newswire

The impact of digitalisation on global trade debated in Atradius live virtual event

Leave a comment

– One of the clearest business trends identified during the pandemic has been the acceleration of digitalisation

– Atradius asks a panel of experts how technology-driven innovation is currently impacting global trade and how businesses can make the most of future opportunities

AMSTERDAM, April 27, 2021 — Recent reports from the OECD and World Economic Forum show that digitalisation throughout the world has accelerated during the pandemic. In the third of a popular series of four webinars "From crisis to opportunity: What’s the future of trade?" leading credit insurer, Atradius, has drawn together a panel of experts to debate the major trends in digitalisation and the impact these may have on trade. Areas the panel will discuss include how digitalisation is transforming business trade models, impacting customer relations and trust, and disrupting traditional approaches to credit management. Is world trade in a digital bubble and how can businesses maximise opportunities?

The panel includes technology journalist, David Rowan, a founding editor of WIRED’s UK edition and an enthusiastic investor in tech start-ups. He interviewed a multitude of businesses for his most recent book, Non-Bullshit Innovations: Radical Ideas from the World’s Smartest Minds. Joining David on the panel is Jean-Marc Noel, co-founder and CEO of Trusted Shops. His company is one of the leading providers of confidence-boosting measures, including buyer protection and customer review options for online retail consumers (e-commerce) Trusted Shops is Europe’s market leader, with more than 30,000 online shops carrying the trust mark. The third panel member is Frederic Wittemans. As the Executive Director International Credit at the world’s largest IT distributor, Ingram Micro, there is not much that Frederic does not know about digitalisation. Ingram Micro offers B2B solutions in technology ecosystems, supporting businesses to better understand and utilise technology offerings across the full lifecycle of IT solutions and services. 

Joining the panellists is Dirk Hagener, Atradius Director of Strategy and Corporate Development, and a leader in digital change management for Atradius. He said: "This is a very timely event. Digitalization has completely transformed businesses and the way they work and trade. And, as we have seen in some sectors, the pandemic has acted as an accelerator for this trend. This webinar gives us the opportunity to explore what this digitally advanced trade landscape looks like, and how this is likely to further evolve. This is an area that Atradius understands and is continuously investing in, in order to provide the best levels of support for our customers. I am delighted to have been invited to take part in the panel and I am looking forward to a fascinating and insightful event."

Details of the event:

  • Title: The impact of digitalisation on trade
    Date: Wednesday, 5 May 2021
  • Time: 09:00 CET Amsterdam / 15:00 HKT Hong Kong
    Duration: 45 minutes panel discussion, followed by 15 minutes live Q&A

To learn more or to register for the event, please go to the Atradius Website at https://bit.ly/32EYvOp

A recording of the panel event and a white paper will be made available following broadcast.
Download your copy of the white papers about our previous virtual events
White paper Event #1: How Covid-19 changed global trade forever
White paper Event #2: How trade relationships and tariffs are affecting trade worldwide

About Atradius
Atradius is a global provider of credit insurance, bonding and surety, collections and information services, with a strategic presence in over 50 countries. The products offered by Atradius protect companies around the world against the default risks associated with selling goods and services on credit. Atradius is a member of Grupo Catalana Occidente (GCO.MC), one of the largest insurers in Spain and one of the largest credit insurers in the world. You can find more information online at https://group.atradius.com

For further information:
Atradius Head Office           
Christine Gerryn
Director of Group Communication & Commercial Development
Phone: +31-20-553-2047
E-mail: christine.gerryn@atradius.com
https://group.atradius.com

Connect with Atradius on Social Media

PR Newswire

KIIT Ranked 201+ Globally in Times Higher Education Impact Rankings

Leave a comment

Ranked 86th in ‘Reduced Inequalities’ Globally

BHUBANESWAR, India, April 23, 2021 — Deeds are the best answer to injurious words. That way Kalinga Institute of Industrial Technology (KIIT) Deemed to be University, Bhubaneswar remains a torch bearer among the fraternity and its achievements don’t require a spokesman. KIIT has been placed among the top universities of the world in the Times Higher Education (THE) Impact Rankings-2021 announced on 21st April 2021. KIIT’s commitment to sustenance and Equity gets recognition by THE.

KIIT University Ranked 201 - 300
KIIT University Ranked 201 – 300

On the yardsticks of community-based university and impact of university, every year the Times Higher Education conducts rankings of higher education institutions across the globe. As KIIT has been fulfilling all criteria of United Nations’ Sustainable Development Goals, THE has given 201+ rank to KIIT in the overall Impact ranking. The Impact Rankings of the Times Higher Education evaluates the social responsibility of universities across the world.

Also, it has been ranked 86th in ‘Reduced Inequalities’ of SDG. For this, it has ranked within 100 universities of the world at least in a single parameter. KIIT has got the rank 101+ in ‘Partnership for The Goals’ and 201+ in ‘Quality Education & Peace and Justice & Strong Institutions each. It is the only university in eastern India to achieve such an impressive rank. In 2020 KIIT was ranked in 501+. KIIT was also the winner of ‘Awards Asia 2020’ in the category ‘Workplace of the Year’ by the Times Higher Education.

The Times Higher Education Impact Rankings are the only global performance tables that assess universities against the United Nations’ Sustainable Development Goals (SDGs). A very comprehensive and balanced comparison across four broad areas like research, stewardship, outreach and teaching was done by the Times Higher Education.

KIIT has been progressing with impressive ranks in quality teaching, research, publication, etc. What is more noteworthy is that KIIT has been carrying out its social responsibility with sincerity and dedication since its inception.  

Dr. Achyuta Samanta, Founder, KIIT & KISS, said, "A few institutions and universities are getting featured in the world rankings, which itself is a matter of pride for the state. We are happy that KIIT Deemed to be University is among the top in the Impact Rankings of the Times Higher Education (THE), as it has tried to maintain excellence in social responsibility."

Media Contact: 
Dr. Shradhanjali Nayak
Director PR
KIIT Deemed to be University
Ph- +91 674 2725113
director.pr@kiit.ac.in

Photo: https://techent.tv/wp-content/uploads/2021/04/kiit-ranked-201-globally-in-times-higher-education-impact-rankings.jpg
 

PR Newswire

WiMi Hologram Obtains Patent for Holographic Real-Time Imaging System with Atomized Particle Sizes between 2μm to 4μm

Leave a comment

BEIJING, April 23, 2021 — WiMi Hologram Cloud Inc. (Nasdaq: WIMI) ("WiMi" or the "Company"), a leading Hologram Augmented Reality ("AR") Technology provider, today announced that it has obtained a patent (the "Patent") for its holographic real-time imaging system with atomized particle sizes between 2μm to 4μm. The Patent has demonstrated the ongoing progress of WiMi’s independent R&D efforts and enabled WiMi to further refine its IP protection system, fortify its technology leadership, and enhance its core competitiveness.

The holographic real-time imaging system (the "System") covered by the Patent has replaced the traditional dry plates with a spatial light modulator that is capable of achieving real-time optical production through the utilization of computer-generated digital holograms. Compared with traditional optical holography technology, the System has a series of advantages, such as a computer interface, user-friendly operations, and real-time displays.

The System also includes an input module, a carrier module, and a screen module. The input module is based on a computer-generated hologram. The carrier module is comprised of a laser, an expanded beam collimator lens, a polarizer, a spatial light modulator, a deflector, and a Fourier lens. The laser’s beam output passes through these components to project the object in the input module onto the screen module.

The System also creates a hologram database to store experimental and background holographic data. During the data collection process, the System deletes the original data from prior hologram experiments, obtains the droplet atomization data, and conducts grayscale processing for the droplet atomization data. After median filtering, data binarization, and the filling process, the System obtains and calibrates the graphically filled holographic data. The screen module comprises a holographic electrostatic atomizer, which produces atomization particles that are between 2μm and 4μm in size and have atomization volumes between 100ml/h and 150ml/h to form particle curtains that are between 3cm and 20cm in width. In addition, the System has adopted transmissive and electrically addressable spatial light modulation for its spatial light modulator.

The complexity of the non-uniform electric field along with the interconnection between the electric field and the flow field have resulted in increased difficulties throughout the holographic electrostatic atomization crushing process. Consequently, the System utilizes a dual-phase liquid holographic electrostatic atomization device to combine pressure atomization with holographic electrostatic atomization for algorithmic processing. First, the algorithms process the holographic electrostatic atomization and liquid charging mode. After this is completed, the System establishes a mathematical algorithm model for the non-dimensional distribution of atomized droplets. Lastly, the System combines its mathematical algorithm model with another non-dimensional distribution algorithm model to conduct voltage and air measurements.

The Patent also covers holographic electrostatic nebulization, which leverages the interactions between the electric field force, Coulomb force, droplet surface tension, and droplet surface stickiness to achieve nebulization. Compared with other atomization methods, holographic electrostatic atomization has the advantages of smaller atomization particle sizes, a singular particle size, and wide spatial dispersion. By controlling the parameters of different algorithms, the System can achieve atomization sizes between 2μm and 4μm for different atomized particles. Holographic electrostatic atomization can now be adopted in a wide variety of areas, including medical, industrial, environmental, transportation, electrostatic imaging, 3D printing, and electric vehicles, as well as in other fields in the future.

About WIMI Hologram Cloud Inc.

WiMi Hologram Cloud, Inc.(NASDAQ: WIMI), whose commercial operations began in 2015, is a holographic cloud comprehensive technical solution provider that focuses on professional areas including holographic AR automotive HUD software, 3D holographic pulse LiDAR, head-mounted light field holographic equipment, holographic semiconductor, holographic cloud software, holographic car navigation and others. Its services and holographic AR technologies include holographic AR automotive application, 3D holographic pulse LiDAR technology, holographic vision semiconductor technology, holographic software development, holographic AR advertising technology, holographic AR entertainment technology, holographic ARSDK payment, interactive holographic communication and other holographic AR technologies. For more information, please visit http://ir.wimiar.com.

Safe Harbor / Forward-Looking Statements

This press release contains "forward-looking statements" within the meaning of the Private Securities Litigation Reform Act of 1995. These forward-looking statements can be identified by terminology such as "will," "expects," "anticipates," "future," "intends," "plans," "believes," "estimates" and similar statements. Statements that are not historical facts, including statements about the Company’s beliefs and expectations, are forward-looking statements. Among other things, the business outlook and quotations from management in this press release, as well as the Company’s strategic and operational plans, contain forward−looking statements. The Company may also make written or oral forward−looking statements in its periodic reports to the U.S. Securities and Exchange Commission ("SEC") on Forms 20−F and 6−K, in its annual report to shareholders, in press releases and other written materials and in oral statements made by its officers, directors or employees to third parties. Forward-looking statements involve inherent risks and uncertainties. A number of factors could cause actual results to differ materially from those contained in any forward−looking statement, including but not limited to the following: the Company’s goals and strategies; the Company’s future business development, financial condition and results of operations; the expected growth of the AR holographic industry; and the Company’s expectations regarding demand for and market acceptance of its products and services. Further information regarding these and other risks is included in the Company’s annual report on Form 20-F and current report on Form 6-K and other documents filed with the SEC. All information provided in this press release is as of the date of this press release, and the Company does not undertake any obligation to update any forward-looking statement, except as required under applicable laws.

Contacts

WIMI Hologram Cloud Inc.
Email: pr@wimiar.com

ICR, LLC
Jack Wang
Tel: +1 (646) 975-9495
Email: wimi@icrinc.com

Related Links :

http://ir.wimiar.com

PR Newswire

A Centenary Science City Underway: Sci-Tech Innovation Factors Gather Momentum in Nansha

Leave a comment

GUANGZHOU, China, April 9, 2021 — A high-level "science-centered" conference was held lately in Nansha District, Guangzhou, aiming to discuss policies recently introduced by the district government in the report the 16 scientific and technological innovation policies on supporting the transformation of Nansha Science City into the main comprehensive national science center of the Guangdong-Hong Kong-Macao Greater Bay Area (the 16 scientific and technological innovation policies for short), according to the People’s Government of Nansha District. The conference was also an invitation to the global science and technology innovation (STI) professionals and enterprises, whose cooperation with Nansha will inject impetus to the progress of human civilization.

Planned to cover an area of 99 square kilometers, Nansha Science City is jointly established by Guangzhou Municipal Government and the Chinese Academy of Sciences (CAS), integrating science and education. It is expected to serve as an important platform for the frontier research, basic research and high-tech innovation in the Greater Bay Area. The City is built upon the objective to establish a "Centenary Science City" set by Guangzhou Municipal Government in early 2021.

According to Lu Yixian, secretary of Nansha District, Guangzhou, Nansha Science City should guarantee innovation development in all aspects: scientific discovery, technological invention, industrial development, professional support and ecological optimization, while fostering an ideal environment with concentrated innovation resources, active innovation subjects and efficient innovation mechanism.

"The Nansha Science City built by the Chinese Academy of Sciences and Guangzhou Municipal Government aims to become an international first-class science city and an important source of original innovation. With original innovation as the new blood, Nansha witnesses an increasing number of emerging industries with strategic importance such as aerospace industry and marine economy," said Xie Ming, standing committee member and executive vice mayor of Nansha District.

The 16 scientific and technological innovation policies will facilitate the gathering and building of major technology infrastructures in Nanhai District, and will foster the establishment of scientific research platforms not only consistent with the industrial development orientation of the region, but also essential to the STI.

Southern Marine Science and Engineering Guangdong Laboratory (Guangzhou) is an important scientific research platform jointly established by Nansha District Government, the Chinese Academy of Sciences (CAS), and Guangzhou Municipal Government. It focuses on major scientific and technological tasks such as sustainable exploitation of marine islands and reefs, sustainable use of resources and ecologically sustainable development. Zhang Si, academician of the Chinese Academy of Engineering and the director of the Laboratory, said in the conference that the Laboratory will work on the major scientific facilities of the cold seep ecosystem, which will support the natural gas hydrate exploitation with long-term observation and real-time early warning throughout the process, so as to ensure a safe, clean, economic and sustainable utilization of hydrate resources.

Three major science and technology infrastructure pre-research projects, including the cold spring ecosystem research device and dynamic wide area hypersonic wind tunnel, are reported to have started in August last year. Soft foundation treatment and foundation pit are expected to be completed by the first half of the year.

While enterprises are home to STI, high-end professionals are the key to these innovations. According to Xie Jiasheng, CEO of Guangdong Medical Valley Investment Management Co., Ltd. (GDMV), Nanshan government provides substantial support for the STI enterprises and professionals, incentivizing companies to bring in talents. It is reported that the 16 scientific and technological innovation policies have stepped up the talent attraction effort by providing high-quality education for the children of the introduced professionals, granting them qualification to apply for Guangzhou Talent Green Card and equal civic rights as locals without changing their place of origin.

The transformation of technological achievements was also the focus in the conference. The 16 scientific and technological innovation policies will provide financial support for the local enterprises as they procure and industrialize scientific achievement from universities and scientific research institutes, which will accelerate the transformation of the sci-tech achievements from sample to product. The CAS Academician, Professor Chen Xinzi from Sun Yat-sen University stated that Nansha Research Institute of Sun Yat-Sen University has cultivated a group of enterprises with core competitiveness since its establishment in Nansha nine years ago. It has promoted the development of related industries, and formed a service system for the transformation of sci-tech achievements in drug industry featured by small-scale R&D, test, sample production and industrialization.

Companies have been hit hard by the Covid-19 pandemic since its outbreak, and those from Nansha District are no exception. Dr. Xiao Guowei, leader and founder of APT Electronics Co., Ltd., said that after the short but severe impact, APT has resolutely scaled up its input in R&D and accelerated product and industrial upgrade, so as to reverse the adverse market situation brought by the Trade War and the pandemic. So far, the company’s orders have been scheduled till the third quarter of 2021. The development of APT also demonstrates the advantage of the Greater Bay Area in the high-end manufacturing industry chain. Looking back at the company’s achievements, Xiao Guowei was grateful for Nansha Government for its support. He said that the key competitiveness of Nansha’s business environment lies in the enterprise-centered government-business relationship, together with the flexible and efficient government services.

According to Lu Yixian, Nansha will further strengthen the core position of innovation in the future of the district, promote the high-quality development of Nansha Science City, create a new blueprint for growth, contributing to the construction of an international scientific innovation center, and the innovation development of the Greater Bay Area.

PR Newswire

The NeuroLeadership Institute Appoints Mika Liss as President, Unveiling Key Leadership Transition

Leave a comment

NEW YORK, March 16, 2021 — The NeuroLeadership Institute (NLI), a cognitive science-based research consultancy dedicated to making organizations more human, today announced they have named Mika Liss as president.

With over 20 years of professional services experience and a unique combination of operating, consulting, HR leadership and expertise, Liss will now be responsible for spearheading external strategic growth as NLI expands and partners with world-renowned organizations and corporations.

Since 2018, and prior to the new appointment, Liss served as NLI’s chief operating officer where she was responsible for overseeing the end-to-end customer experience, as well as inter-team and systems infrastructure to support clients and people. In her new role, Liss will be at the forefront of strategic business decisions related to mission and messaging, pursuing regional expansion, organically and through mergers and acquisitions.

"Mika has played a vital role in the growth of NLI over the past four years," said Dr. David Rock, co-founder and CEO at NLI. "During her time at NLI, we have nearly doubled our client roster, and expanded our presence into ten new states and countries. We are thrilled for what the future holds for NLI with Mika as president."

"I am inspired daily by the positive change we’re already enabling for our clients by creating healthy corporate cultures that promote regenerative work conditions and yield greater productivity and innovation," said Liss. "I look forward to building future partnerships, and the opportunity to help transform workplace cultures."

Before joining NLI, Liss worked in the Israeli high tech industry at a dually-listed, publicly traded, global information technology and services firm. She has held leadership roles across a variety of functions from various global locations. In addition to her many corporate accomplishments, Mika is an adjunct instructor at New York University.

About The NeuroLeadership Institute
The NeuroLeadership Institute (NLI) is a global neuroscience-backed research-based consultancy and the pioneer of bringing neuroscience to leadership. Since its inception, over 20 years ago, the Institute has united the world’s foremost neuroscientists, leadership researchers, and organizational practitioners with the purpose of transforming how we think, develop, and perform. With operations throughout North America, Europe, and the Asia Pacific via regional hubs in New York City, London, Sydney and Singapore, NLI is a strategic advisor to hundreds of leading global organizations including over 50% of Fortune 100 companies.

Logo – https://mma.prnasia.com/media2/1360529/NeuroLeadership_Institute_Logo.jpg?p=medium600

PR Newswire

Medeze Commended by Frost & Sullivan for Dominating the Stem Cell Banking Market with Its Pioneering, Full Spectrum Services

Leave a comment

Medeze’s expansion strategies and customer-focused innovation in MSC banks and regenerative therapies have enabled it to garner a major share of the market

SINGAPORE, March 12, 2021 — Based on its recent analysis of the Southeast Asia stem cell banking market, Frost & Sullivan recognizes Medeze Group with the 2020 Southeast Asia Stem Cell Banking Technology Innovation Leadership Award and the 2020 Thai Stem Cell Banking Company of the Year Award. Medeze has launched numerous first-to-market solutions in the Southeast Asian market and has maintained its leadership position in the Thai market with more than a 60% market share.

The company provides storage services for 60 years, instead of the standard 20 or 25 years. With ten regional branches in Thailand, Singapore, Vietnam, Myanmar, Indonesia, South Korea, Taiwan, Cambodia, New Zealand, and Australia, Medeze is firmly entrenched in the market.
The company provides storage services for 60 years, instead of the standard 20 or 25 years. With ten regional branches in Thailand, Singapore, Vietnam, Myanmar, Indonesia, South Korea, Taiwan, Cambodia, New Zealand, and Australia, Medeze is firmly entrenched in the market.

"Medeze was the first stem cell banking company in Thailand to bank mesenchymal stem cells (MSC) derived from placenta, cord tissue, and adipose tissue. Its excellence in conducting advanced stem cell-based regenerative therapies is reflected in more than 15,000 successful treatments in applications that help address emerging healthcare needs," said Norazah Bachok, Analyst, Best Practice, Asia-Pacific. "Through its non-invasive prenatal test (NIPT) application, it managed to capture a 70% market share in Thailand within a year of introduction. Its comprehensive and advanced technologies, prestigious global accreditations, and strong customer-centric relationships contributed to a tremendous impact on its customer satisfaction rate, which is greater than 90%."

On top of being Thailand’s largest and most experienced MSC bank, Medeze offers cord blood banking, cord tissue banking, and adipose tissue banking. In addition, the company is involved in the full spectrum of stem cell research, with its research and development (R&D) department focused on assisting researchers and scientists in evolving the field of advanced regenerative medicine that could become a crucial tool in saving lives. The company has shown a firm commitment to upholding industry-leading quality and international standards, customer satisfaction, and future-focused initiatives both in storage and in the development of clinical applications and research.

In addition to innovative stem cell applications, Medeze has experienced success in stem cell therapy for osteoarthritis, rheumatoid arthritis, cirrhosis, and other degenerative diseases and has successfully delivered quality services with more than 97% customer satisfaction. Moreover, the company has provided storage services for 60 years, instead of the standard 20 or 25 years. With ten regional branches in Thailand, Singapore, Vietnam, Myanmar, Indonesia, South Korea, Taiwan, Cambodia, New Zealand, and Australia, Medeze is firmly entrenched in the market.

"Medeze pioneered the application of cord MSCs, early amniotic fluid collection, and the NIPT application to emerge as the undisputed leader in the market," noted Bachok. "Aggressive development of advanced facilities, excellent technology innovations, and continuous research partnerships with leading global industry organizations have established it as the stem cell banking partner of choice."

Each year, Frost & Sullivan presents a Technology Innovation Leadership Award to the company that has demonstrated uniqueness in developing and leveraging new technologies that deliver significant customer value.

Frost & Sullivan presents a Company of the Year Award to the organization that demonstrates excellence in terms of growth strategy and implementation in its field. The award recognizes a high degree of innovation with products and technologies and the resulting leadership in terms of customer value and market penetration.

Frost & Sullivan Best Practices Awards recognize companies in a variety of regional and global markets for demonstrating outstanding achievement and superior performance in areas such as leadership, technological innovation, customer service, and strategic product development. Industry analysts compare market participants and measure performance through in-depth interviews, analyses, and extensive secondary research to identify best practices in the industry.

About Frost & Sullivan

For six decades, Frost & Sullivan has been world-renowned for its role in helping investors, corporate leaders, and governments navigate economic changes and identify disruptive technologies, Mega Trends, new business models, and companies to action, resulting in a continuous flow of growth opportunities to drive future success. Contact us: Start the discussion. Contact us: Start the discussion.

Contact:
Kala Mani.S.
P: +6012-2323 550
E: Kala.Manis@frost.com

About Medeze Group

We are creating a standard of practice that is paving the way for a transformation in the way we look at age and illness. We look towards a day when saving newborn stem cells will be a routine practice and stem cell therapy will be the first line of treatment for many of today’s incurable diseases. Contact us for more info.

Photo – https://techent.tv/wp-content/uploads/2021/03/medeze-commended-by-frost-sullivan-for-dominating-the-stem-cell-banking-market-with-its-pioneering-full-spectrum-services.jpg

 

Related Links :

Frost New Home page v2

PR Newswire

KADOKAWA ASCII Introducing “InnoUvators,” Esteemed Graduates of Renowned INNO-vation Program

Leave a comment

TOKYO, March 11, 2021 —

– Showcasing Unusual and Inquisitive Minds of Modern Technological Era –

KADOKAWA ASCII Research Laboratories, Inc. (hereinafter "KADOKAWA ASCII") presents, as part of the INNO-vation Program from the Japanese Ministry of Internal Affairs and Communications (MIC), InnoUvators, showcasing the unique and intriguing technologies born from the INNO-vation Program.

Logo: https://kyodonewsprwire.jp/prwfile/release/M101933/202103041812/_prw_PI1fl_Nrs6m0Go.jpg

InnoUvators is an ever-expanding collection of the brightest minds who have graduated from the INNO-vation Program. They are the creators of "something new from nothing," forming and implementing original ideas without being bound by any preconceptions. InnoUvators has begun in Japan, and efforts have been made to expand it overseas to further spread the dissemination of these wondrous ideas. Their technologies are shown on both the website and the YouTube channel below.

The INNO-vation Program, initiated by MIC, is a yearly opportunity for innovative minds of all backgrounds and ages to submit the ideas they wish to make a reality. The program has been accepting applications internationally. The program helps promote innovation across the entire world — paving the way for a brighter future. KADOKAWA ASCII is proud to exhibit these technologies for audiences around the world in the form of InnoUvators.

With a brand-new website launched in 2021, each "InnoUvator" is showcased with interviews, videos, technology abstracts, biographies, and more. From the weird to the wonderful, some of the innovative technologies include a household carbon emission-capturing machine, AI to distinguish the sex of new-born chicks, new utilization of the fluidized bed phenomenon, a brand-new and unique musical instrument, and much more.

InnoUvators English homepage: https://innouvators.com/en/

In addition to the website, a YouTube channel highlighting these InnoUvators is updated weekly with easily digestible bitesize videos explaining the technologies and science behind the most compelling and unexpected technologies of the future.

YouTube Channel: https://youtube.com/innouvators

About KADOKAWA ASCII Research Laboratories, Inc.

KADOKAWA ASCII Research Laboratories, Inc., based in Tokyo, Japan, is the executing agency for the INNO-vation Program. KADOKAWA ASCII is part of a Japanese entertainment conglomerate, KADOKAWA Corporation. This program is part of the Japanese Ministry of Internal Affairs and Communications’ Strategic Information and Communications R&D Promotion Programme (SCOPE).

INNO-vation homepage: https://inno.go.jp/en