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Global Times: ‘Two sessions’ inspire global confidence in China’s economic prospects

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BEIJING, March 11, 2025 /PRNewswire/ — Multiple international observers have expressed confidence in prospects of Chinese economy during this year’s “two sessions,” and they noted that the world’s second-largest economy’s high-quality development through innovation will inject fresh impetus into world economic growth amid mounting global uncertainties.

The “two sessions” are the annual meetings of China’s top legislature, the National People’s Congress (NPC), and the top political advisory body, the National Committee of the Chinese People’s Political Consultative Conference (CPPCC).

China is targeting an economic growth rate of around 5 percent in 2025, according to the Government Work Report submitted to the NPC for deliberation during the “two sessions.” The report also outlines an array of other key development goals for this year, including a surveyed urban unemployment rate of around 5.5 percent, over 12 million new urban jobs, and a roughly 2 percent increase in the consumer price index.

“Achieving this year’s targets will not be easy, and we must make arduous efforts to meet them,” the Government Work Report stressed.

“These figures send a more positive and clear policy signal, boosting confidence among consumers, entrepreneurs, foreign enterprises, investors, and the whole market. The government is expected to release forceful measures in both reform and opening-up as well as economic development to sustain economic growth,” Ji Mo, chief China economist of Singapore-based DBS Bank, told the Global Times on Monday.

Sena Yao Voncujovi, an Africa–China policy analyst at Development Reimagined, an independent International Development consultancy, said China’s GDP growth target of around 5 percent comes at a critical moment, with the country’s stable development serving as a key anchor for global economic stability.

“China renewed its commitments and focus on tech, artificial intelligence (AI) and big data, as well as green development. This is very positive for not only China but overall global development,” Voncujovi told the Global Times on Monday.

Bright prospects

Despite the adverse impacts brought about by the external environment and the continued challenges facing the economy, foreign experts expressed confidence that China can achieve this year’s economic development goals given supporting conditions and fundamental trends.

Radhika Desai, professor of the Department of Political Studies of University of Manitoba in Canada, told the Global Times that as the world’s largest developing country, China focuses on both the pace and quality of growth, making sure that it actually enhances not only the standard of living but also quality of life, gaining strong economic growth momentum.

“China has, and will continue, to pursue technological advancement in a whole range of fields,” she said. Desai made reference to Chinese AI company DeepSeek, noting that “It’s a massive achievement for a Chinese startup to create a large language model that could outperform its Western counterparts. It is a model of technological development that benefits all of humankind and is itself enriched by doing so.”

China demonstrates a policy blueprint for developing nations to boost economy through domestic spending apart from exports while expanding their financial programs. China’s established policy framework delivers useful guidance about handling relationships between domestic growth and financial security alongside technological advancement, said Muhammad Zamir Assadi, editor of China Desk at Internews Pakistan.

The 2025 “two sessions” in China present substantial prospects for developing countries to join their economic power and technological breakthroughs.

China’s GDP grew by 5 percent year-on-year in 2024, ranking among the world’s fastest-growing major economies and continuing to contribute about 30 percent to global economic growth, official data showed.

“In the past 40-plus years, China did everything right,” Scott Rozelle, co-director of Stanford Center on China’s Economy and Institutions, told the Global Times, speaking highly of China’s achievements in marketization and new technologies.

“The Chinese market is very competitive and made things very efficient. There’s only one way to grow. That’s by productivity, growth, new technologies,” Rozelle said.

China has achieved rapid development through reform and opening up since 1978. Today, the country continues to push forward comprehensive reform with firm determination and stepped-up efforts to boost its high-quality development and share opportunities with the rest of the world.

This year, the “two sessions” also underscored China’s firm commitment to expanding high-standard opening-up and stabilizing foreign trade and foreign investment.

“Regardless of changes in the external environment, we should remain steadfast in our commitment to opening up,” said the Government Work Report. “We should steadily expand institutional opening up and take the initiative to open wider and advance unilateral opening up in a well-ordered way, to promote reform and development through greater openness.”

“China’s emphasis on sharing the fruits of its innovation with the world, and the Global South in particular, is very important. For example, in the tech and AI fields, where the development of technologies has been very expensive, China’s support and ability to leverage its innovation and provide them at affordable rates to developing countries such as African countries, is something that, from a Global South perspective, is very positive and welcome,” Voncujovi said.

Denis Depoux, global managing director at Germany’s strategy consulting firm Roland Berger, said that China is and will remain an important market for many multinational companies.

Looking ahead to 2025, Depoux called the concept of new quality productive forces a key driver of China’s economic growth. “This reflects China’s determination to modernize its industries and shift toward value-added economic leadership,” he told the Global Times.

View original content:https://www.prnewswire.com/news-releases/global-times-two-sessions-inspire-global-confidence-in-chinas-economic-prospects-302398109.html

SOURCE Global Times

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Chandigarh University Commemorates ‘Father of Fibre Optics’ Dr. Narinder Singh Kapany’s 100th Birth Anniversary with India’s First Research Chair in His Name; announces annual Grant of ₹1 Crore for Scientific Research

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October 31, 2026

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Chandigarh University Confers ‘Narinder Singh Kapany Lifetime Achievement Award for Excellence in Physics’ on Dr Ajoy Ghatak, Prof Emeritus IIT Delhi for Contributions to Fibre Optics & Photonics

CHANDIGARH, India, Oct. 31, 2026 /PRNewswire/ — Chandigarh: To mark the 100th birth anniversary of Dr. Narinder Singh Kapany, the legendary Indian scientist widely known as the ‘Father of Fibre Optics’ whose groundbreaking research in optical fibre technology transformed global telecommunications and laid the foundation for today’s digital revolution, Chandigarh University has announced the establishment of India’s first ‘Dr. Narinder Singh Kapany Research Chair for Excellence in Sciences and Innovation’, along with an annual research grant of ₹1 crore to advance scientific research and innovation.

In a pioneering initiative, Chandigarh University has announced India’s first-ever Research Chair established in the name of Dr. Narinder Singh Kapany, recognizing his unparalleled contribution to science and technology. With no other research chair dedicated to Dr. Kapany currently established in India, this initiative marks a significant institutional tribute to the legendary scientist and seeks to carry forward his legacy through sustained investment in scientific research, innovation and the nurturing of young scientific talent. The Research Chair will provide mentorship, guidance and research support to budding scientists, enabling them to pursue innovative ideas, undertake advanced research and translate scientific discoveries into impactful technologies.

Prominent among those who graced the centenary celebrations of Dr. Narinder Singh Kapany at Chandigarh University campus were Prof. (Dr.) Samir K. Mondal Scientist-G, Optics & Photonics Instrumentation CSIR-CSIO, Chandigarh as Chief Guest, Prof. (Dr.) Aaron Danner, National University of Singapore as Guest of Honour, Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi (virtually) and Dr. Satbir Singh Sehgal Vice-Chancellor Chandigarh University among other dignitaries.

Speaking on the occasion Prof. (Dr.) Samir K. Mondal Scientist-G, Optics & Photonics Instrumentation CSIR-CSIO, Chandigarh said, “Professor Kapani’s contribution to optical science began with his pioneering work on thin, flexible glass fibres, through which he demonstrated for the first time that images could be transmitted from one end to another using bundles of optical fibres. Professor Kapani developed thin, flexible glass fibres and successfully transmitting images through them, laying the foundation for modern fibre optics. He also coined the term ‘optical fibre’ and developed the fibre scope, which later evolved into applications such as endoscopy. His work demonstrated that optical fibres could carry information, opening possibilities beyond image transmission, including voice and data communication.”

Prof Mondal added, “There is also an important question of recognition for Indian scientists. Scientific contributions do not always receive the recognition they deserve and the Nobel Prize is a complex matter. I gave the example of S.N. Bose, whose work has had a lasting influence on physics and is associated with several Nobel Prize-winning developments, despite him never receiving the Nobel Prize himself. Similarly, Professor Kapani’s contribution to optical fibre technology deserves to be remembered and carried forward. We represent one-sixth of the world’s population and taking forward the scientific legacy of such visionaries is no less significant than receiving a Nobel Prize. We must encourage our young researchers to build upon their work and explore new frontiers of science and technology.”

Prof. (Dr.) Aaron Danner National University of Singapore said, “Dr. Narinder Singh Kapany’s pioneering work demonstrated how light could be guided through thin glass fibres using the principle of total internal reflection, overcoming the limitations of metallic transmission. His work on fibre bundles, image transmission and endoscopy opened new possibilities in imaging and optical science. Today, the same fundamental technology that Dr. Kapany started with glass fibres is being used on silicon and lithium niobate wafers to develop advanced photonic devices and achieve increasingly higher communication speeds. While modern research is addressing new engineering challenges in laser sources, optical modulators and high-speed data transmission, it continues to build on those early contributions. We may see Dr. Kapany as a great Indian or Punjabi scientist, but I also see him as a great American scientist. Great science and great scientists are global and their contributions ultimately benefit all of humanity.”

Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi said, “It is indeed a great honour to receive this award in the name of Dr. Narinder Singh Kapany, one of the pioneers of fibre optics. His early work on cladded optical fibres and image transmission through fibre bundles laid the foundation for medical endoscopy. The development of low-loss optical fibres has since revolutionised communication through their tremendous information-carrying capacity, enabling global connectivity and video communication. The establishment of the Dr. Narinder Singh Kapany Research Chair by Chandigarh University is a commendable initiative to advance his scientific legacy and inspire future generations of researchers. This recognition is also a tribute to Dr. Kapany’s remarkable contributions to science.”

Dr. Satbir Singh Sehgal Vice-Chancellor Chandigarh University said, “Dr. Narinder Singh Kapany brought immense pride to India and Punjab through his pioneering research in optical fibre technology, which made high-speed internet and modern digital communication possible. Technologies such as artificial intelligence, data centres and seamless global connectivity rely on the foundations of optical fibre technology. His contribution helped usher humanity into the digital era and accelerated technological progress worldwide. The establishment of India’s first Dr. Narinder Singh Kapany Research Chair, along with its annual grant and prestigious awards, reflects Chandigarh University’s commitment to advancing his scientific legacy, recognising excellence and inspiring the next generation of Indian researchers.”

The Research Chair will provide an annual research grant of ₹1 crore to promote scientific excellence through three dedicated awards: the Narinder Singh Kapany Award for Excellence in Physics, ‘CU Physics Excellence Awards for Best Research Publication’ and ‘CU Physics Excellence Awards for Best Patent’.”

The first edition of these awards was conferred during the birth centenary celebration, with Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi receiving the Narinder Singh Kapany Lifetime Achievement Award for Excellence in Physics. Professor Ajoy K. Ghatak is an internationally acclaimed physicist whose seminal contributions to fibre optics, integrated optics and photonics have advanced the understanding and applications of light. Through pioneering research, influential publications and acclaimed textbooks, Professor Ghatak has advanced fibre optics and photonics, carrying forward Dr Narinder Singh Kapany’s scientific legacy while inspiring generations of physicists.

On this occasion, five ‘CU Physics Excellence Awards for Best Patent’ were presented to five best patents by Dr. Ritu Gupta and Dr. Sandeep Kaur for their ‘Multi-functional Optical Antenna System for Parallel FSO-VLC Communication and Nano-biosignal Monitoring’; Shonak Bansal and Anupama for a ‘Self-powered Real-time Health Monitoring System using Nanowire Photodetectors’, Aditya Bhatnagar and Dr. Sanjeev Saini for ‘Multifunctional Organic-Inorganic Hybrid Luminescent Nanomaterials and a Method for Their Preparation’, Mahima Purohit and Dr. Ruchi Bharti for a ‘Biodegradable, Water-resistant Smart Packaging Film for Fluorescence-based Detection of Food Spoilage’ and Ashit Tripathi, Sachitanand Singh, Iqra Jamal Khan, Sanskruti Singh, Alok Gautam, Mahak received the award for a ‘Handheld Wireless OCT and Fundus Imaging Device’.

‘CU Physics Excellence Awards for Best Research Publication’ were conferred on eight faculty members and students. Ravikant from department of physics was conferrred upon for ‘CU Excellence Award for Research’ for his publication titled Nitrogen  doped zinc oxide to enhance dielectric characteristics of reduced graphene oxide (rGO) derived nanocomposites in composites communivations. Apart from him the other awardees were Shivani Singla (Physics Department) for “Optimising the Neodymium Concentration in Sodium Borate Glass for Enhanced Photoluminescent and Mechanical Behaviour” in Ceramics International (Q1); Sumit Bhardwaj (Physics Department) for “Structural, Optical and Photocatalytic Properties of Ce-Doped Ni-Zn Ferrite Nanoparticles”, in Ceramics International (Q1);  Ruby Priya (Department of Physics) for “Deconvoluting Capacitive and Diffusive Contributions in Cu-Doped SnO₂ Nanoparticles for Enhanced Double-Layer Capacitance and Oxygen Evolution Reaction in Materials Today Communications (Q1);  Akhil Saxena, (Chemistry) for “Mechanistic Elucidation of Persicaria maculosa Gray Extract as a Corrosion Inhibitor: Adsorption, Electrochemical Behavior, and DFT Validation”, published in South African Journal of Chemical Engineering; Harvinder Singh Sohal (Chemistry deoartment), for “Synergistic Adsorptive-Photocatalytic Degradation of Tartrazine Using Mn-Modified Fe₃O₄/Lignocellulose Magnetic Nanocomposites”, published in International Journal of Biological Macromolecules (Q1); Surjeet Chahal, for “Surface Plasmon Resonance Sensor for Dopamine Detection Based on CeO₂ Nanorod and ZnO Nanosheet” in Journal of Materials Science: Materials in Electronics (Q2) and Dr. Sanjeev Kumar from Department of Physics, for “1 Monolinoleoylglycerol and 3,4-Dihydroxymandelic Acids-Mediated ZnO for Antibiotic Degradation and Anticancer Activity”, published in Journal of Environmental Chemical Engineering (Q1).

During the birth centenary celebrations, a message shared by Kiran Kaur Kapany, the daughter of Dr Narinder Kapany was also read out where she said that her father’s journey from a small town in Punjab to transforming the world through fibre optics shows that a big idea can start anywhere. “To students, stay curious, ask questions and be proud of who you are. My heartfelt gratitude to Chandigarh University for honouring my father and family,” added Kapany.

Under the Best Patent Excellence Award for research publication and best patent, the five best patents granted each year will be selected for research grants to support product development and the conversion of patented innovations into practical applications. Similarly, the Best Research Paper Award will recognise the top 10 research publications annually by Chandigarh University students and faculty members in high-impact Q1 and Q2 journals, based on their quality, originality and research impact.

About Chandigarh University

Chandigarh University is a NAAC A+ Grade University and QS World Ranked University. This autonomous educational institution is approved by UGC and is located near Chandigarh in the state of Punjab. It is the youngest university in India and the only private university in Punjab to be honoured with A+ Grade by NAAC (National Assessment and Accreditation Council). CU offers more than 109 UG and PG programs in the field of engineering, management, pharmacy, law, architecture, journalism, animation, hotel management, commerce, and others. It has been awarded as The University with Best Placements by WCRC.

Website address: https://www.cuchd.in/

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GLOBAL VOTING FOR 7 WONDERS OF FUTURE CITIES OFFICIALLY SWITCHED ON

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October 31, 2026

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DUBAI, UAE, Oct. 31, 2026 /PRNewswire/ — New Clark City, Philippines, hosts “switch-on” ceremony as New7Wonders opens worldwide public voting on www.7wondersfc.com to choose the urban developments shaping our future.

New7Wonders today officially launched global public voting for the 7 Wonders of Future Cities, in a landmark ceremony hosted in the Philippines on World Cities Day, marking the beginning of a year of worldwide participation, inviting people everywhere to vote for the cities and urban developments they believe best represent the future of urban life, which will culminate with the official declaration of the seven winning cities and developments on 31 October 2027. 

Hosted and organised by New Clark City, an Official Participant in the 7 Wonders of Future Cities campaign and one of the Philippines’ flagship urban development projects, the special switch-on ceremony brought together city leaders, media and invited guests to witness the activation of the global voting platform. 

Jean-Paul de la Fuente, Director of New7Wonders and Chairman of the 7 Wonders of Future Cities campaign, led the official switch-on. In a ceremonial moment, the campaign website at www.7wondersfc.com was transformed from its presentation format into the worldwide public voting platform, opening the opportunity for citizens across the globe to participate in selecting the urban visions that will define the cities of tomorrow. “Today, from the Philippines to the world, we have switched on more than a voting platform – we have switched on a global conversation about the future of our cities,” said de la Fuente. “For the next year, people everywhere have the opportunity to discover, engage with and champion the places they believe should become global symbols of urban progress.”

The 7 Wonders of Future Cities is a worldwide participation campaign from New7Wonders, the global authority behind the New 7 Wonders of the World and the New 7 Wonders of Nature, and is organised by Global Platform Limited, its Dubai, UAE-based worldwide licensing and commercial arm. Building on the extraordinary worldwide engagement of previous campaigns, which together have generated more than 600 million votes, the new initiative shifts the focus from celebrating humanity’s natural and historical wonders to recognising the places being created and transformed for humanity’s future. Participating cities and developments are brought together through three central themes: Environmental & Nature, Smart City and Human-Centric development. These reflect the conviction that successful future cities must balance ecological responsibility, technological progress and the needs and aspirations of the people who inhabit them.

View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/global-voting-for-7-wonders-of-future-cities-officially-switched-on-302925559.html

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SCANOLOGY Introduces AirGO Pad for On-Site 3D Scanning, Inspection and Reporting

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October 31, 2026

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HANGZHOU, China, Oct. 31, 2026 /PRNewswire/ — SCANOLOGY introduces AirGO Pad, an integrated mobile measurement platform that brings 3D scanning, inspection and reporting alongside the part being measured. Combining computing, industrial 3D inspection software and touchscreen operation, AirGO Pad works with compatible SCANOLOGY wireless 3D scanners to help operators complete the inspection workflow on-site without carrying a separate laptop.

When inspecting a large component, operators need to move around the part while keeping scan data and measurement controls accessible. Finding a suitable place for a laptop—and returning to it to check results or adjust settings—can interrupt that process, particularly where space is limited. AirGO Pad places the inspection interface on a portable tablet, allowing operators to view data and interact with the software beside the component.

Users can connect a compatible wireless 3D scanner and view 3D data in real time, monitoring scan coverage and quality as they work. They can then align data, perform measurements and inspect results on the same device. During scanning, operators can create comparison points, features and other inspection elements as needed. Preconfigured report templates complete the workflow, enabling standardized inspection reports to be generated directly on AirGO Pad.

The platform’s design supports these transitions between scanning, inspection and reporting. Its high-definition touchscreen keeps model details and measurement results within reach. Operators can use the tablet in handheld mode while moving around the part, then unfold the convertible stand to review results on a suitable surface. A neck strap provides additional support when carrying and operating the device.

“Making a measurement system mobile means considering more than how operators carry the 3D scanner. They also need access to their data and inspection tools beside the part. We developed AirGO Pad to bring these activities together, from reviewing scan data to producing the inspection report,” said a product manager at SCANOLOGY.

AirGO Pad supports SCANOLOGY’s third-generation handheld and wireless optical 3D scanning systems, standard CAD/3D formats and wireless PC synchronization for measurement, annotation and review.

For product details or to request a demonstration, visit AirGo Pad product page.

About SCANOLOGY

SCANOLOGY develops industrial 3D measurement solutions for manufacturing and engineering. Its products are used for 3D measurement, automated inspection, and quality control. They are trusted by more than 10,000 enterprises across over 70 countries and regions, serving industries such as aerospace, automotive, and heavy manufacturing.

SOURCE SCANOLOGY

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